encrateia/lib/model/model.g.dart

// GENERATED CODE - DO NOT MODIFY BY HAND

part of 'model.dart';

// **************************************************************************
// SqfEntityGenerator
// **************************************************************************

// ignore_for_file: non_constant_identifier_names

//  These classes was generated by SqfEntity
//  Copyright (c) 2019, All rights reserved. Use of this source code is governed by a
//  Apache license that can be found in the LICENSE file.

//  To use these SqfEntity classes do following:
//  - import model.dart into where to use
//  - start typing ex:DbAthlete.select()... (add a few filters with fluent methods)...(add orderBy/orderBydesc if you want)...
//  - and then just put end of filters / or end of only select()  toSingle() / or toList()
//  - you can select one or return List<yourObject> by your filters and orders
//  - also you can batch update or batch delete by using delete/update methods instead of tosingle/tolist methods
//    Enjoy.. Huseyin Tokpunar

// BEGIN TABLES
// DbAthlete TABLE
class TableDbAthlete extends SqfEntityTableBase {
  TableDbAthlete() {
    // declare properties of EntityTable
    tableName = 'athletes';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('state', DbType.text, defaultValue: 'new'),
      SqfEntityFieldBase('firstName', DbType.text),
      SqfEntityFieldBase('lastName', DbType.text),
      SqfEntityFieldBase('stravaUsername', DbType.text),
      SqfEntityFieldBase('photoPath', DbType.text),
      SqfEntityFieldBase('stravaId', DbType.integer),
      SqfEntityFieldBase('geoState', DbType.text),
      SqfEntityFieldBase('downloadInterval', DbType.integer),
      SqfEntityFieldBase('recordAggregationCount', DbType.integer),
      SqfEntityFieldBase('uuid', DbType.text),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbAthlete();
  }
}

// DbActivity TABLE
class TableDbActivity extends SqfEntityTableBase {
  TableDbActivity() {
    // declare properties of EntityTable
    tableName = 'activities';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('state', DbType.text, defaultValue: 'new'),
      SqfEntityFieldBase('path', DbType.text),
      SqfEntityFieldBase('stravaId', DbType.integer),
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('movingTime', DbType.integer),
      SqfEntityFieldBase('type', DbType.text),
      SqfEntityFieldBase('distance', DbType.integer),
      SqfEntityFieldBase('serialNumber', DbType.integer),
      SqfEntityFieldBase('timeCreated', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('sportName', DbType.text),
      SqfEntityFieldBase('sport', DbType.text),
      SqfEntityFieldBase('subSport', DbType.text),
      SqfEntityFieldBase('timeStamp', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('startTime', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('startPositionLat', DbType.real),
      SqfEntityFieldBase('startPositionLong', DbType.real),
      SqfEntityFieldBase('event', DbType.text),
      SqfEntityFieldBase('eventType', DbType.text),
      SqfEntityFieldBase('eventGroup', DbType.integer),
      SqfEntityFieldBase('totalDistance', DbType.integer),
      SqfEntityFieldBase('totalStrides', DbType.integer),
      SqfEntityFieldBase('totalCalories', DbType.integer),
      SqfEntityFieldBase('avgSpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByMeasurements', DbType.real),
      SqfEntityFieldBase('avgSpeedBySpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByDistance', DbType.real),
      SqfEntityFieldBase('sdevSpeed', DbType.real),
      SqfEntityFieldBase('sdevPace', DbType.real),
      SqfEntityFieldBase('minSpeed', DbType.real),
      SqfEntityFieldBase('maxSpeed', DbType.real),
      SqfEntityFieldBase('totalAscent', DbType.integer),
      SqfEntityFieldBase('totalDescent', DbType.integer),
      SqfEntityFieldBase('maxRunningCadence', DbType.integer),
      SqfEntityFieldBase('trigger', DbType.text),
      SqfEntityFieldBase('avgTemperature', DbType.integer),
      SqfEntityFieldBase('maxTemperature', DbType.integer),
      SqfEntityFieldBase('avgFractionalCadence', DbType.real),
      SqfEntityFieldBase('maxFractionalCadence', DbType.real),
      SqfEntityFieldBase('totalFractionalCycles', DbType.real),
      SqfEntityFieldBase('avgStanceTimePercent', DbType.real),
      SqfEntityFieldBase('avgStanceTime', DbType.real),
      SqfEntityFieldBase('avgHeartRate', DbType.integer),
      SqfEntityFieldBase('maxHeartRate', DbType.integer),
      SqfEntityFieldBase('avgRunningCadence', DbType.real),
      SqfEntityFieldBase('avgVerticalOscillation', DbType.real),
      SqfEntityFieldBase('totalElapsedTime', DbType.integer),
      SqfEntityFieldBase('totalTimerTime', DbType.integer),
      SqfEntityFieldBase('totalTrainingEffect', DbType.integer),
      SqfEntityFieldBase('necLat', DbType.real),
      SqfEntityFieldBase('necLong', DbType.real),
      SqfEntityFieldBase('swcLat', DbType.real),
      SqfEntityFieldBase('swcLong', DbType.real),
      SqfEntityFieldBase('firstLapIndex', DbType.integer),
      SqfEntityFieldBase('numLaps', DbType.integer),
      SqfEntityFieldBase('numSessions', DbType.integer),
      SqfEntityFieldBase('localTimestamp', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('avgPower', DbType.real),
      SqfEntityFieldBase('sdevPower', DbType.real),
      SqfEntityFieldBase('minPower', DbType.integer),
      SqfEntityFieldBase('maxPower', DbType.integer),
      SqfEntityFieldBase('minHeartRate', DbType.integer),
      SqfEntityFieldBase('sdevHeartRate', DbType.real),
      SqfEntityFieldBase('avgGroundTime', DbType.real),
      SqfEntityFieldBase('sdevGroundTime', DbType.real),
      SqfEntityFieldBase('avgLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('sdevLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('avgFormPower', DbType.real),
      SqfEntityFieldBase('sdevFormPower', DbType.real),
      SqfEntityFieldBase('avgPowerRatio', DbType.real),
      SqfEntityFieldBase('sdevPowerRatio', DbType.real),
      SqfEntityFieldBase('avgStrideRatio', DbType.real),
      SqfEntityFieldBase('sdevStrideRatio', DbType.real),
      SqfEntityFieldBase('avgStrydCadence', DbType.real),
      SqfEntityFieldBase('sdevStrydCadence', DbType.real),
      SqfEntityFieldBase('sdevVerticalOscillation', DbType.real),
      SqfEntityFieldBase('cp', DbType.real),
      SqfEntityFieldBase('ftp', DbType.real),
      SqfEntityFieldBase('nonParsable', DbType.bool),
      SqfEntityFieldBase('excluded', DbType.bool),
      SqfEntityFieldBase('manual', DbType.bool),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbActivity();
  }
}

// DbEvent TABLE
class TableDbEvent extends SqfEntityTableBase {
  TableDbEvent() {
    // declare properties of EntityTable
    tableName = 'events';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('event', DbType.text),
      SqfEntityFieldBase('eventType', DbType.text),
      SqfEntityFieldBase('eventGroup', DbType.integer),
      SqfEntityFieldBase('timerTrigger', DbType.text),
      SqfEntityFieldBase('timeStamp', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('positionLat', DbType.real),
      SqfEntityFieldBase('positionLong', DbType.real),
      SqfEntityFieldBase('distance', DbType.real),
      SqfEntityFieldBase('altitude', DbType.real),
      SqfEntityFieldBase('speed', DbType.real),
      SqfEntityFieldBase('heartRate', DbType.integer),
      SqfEntityFieldBase('cadence', DbType.real),
      SqfEntityFieldBase('fractionalCadence', DbType.real),
      SqfEntityFieldBase('power', DbType.integer),
      SqfEntityFieldBase('strydCadence', DbType.real),
      SqfEntityFieldBase('groundTime', DbType.real),
      SqfEntityFieldBase('verticalOscillation', DbType.real),
      SqfEntityFieldBase('formPower', DbType.integer),
      SqfEntityFieldBase('legSpringStiffness', DbType.real),
      SqfEntityFieldBase('data', DbType.real),
      SqfEntityFieldRelationshipBase(
          TableDbActivity.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'activitiesId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(TableDbLap.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'lapsId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbEvent();
  }
}

// DbLap TABLE
class TableDbLap extends SqfEntityTableBase {
  TableDbLap() {
    // declare properties of EntityTable
    tableName = 'laps';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('timeStamp', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('startTime', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('startPositionLat', DbType.real),
      SqfEntityFieldBase('startPositionLong', DbType.real),
      SqfEntityFieldBase('endPositionLat', DbType.real),
      SqfEntityFieldBase('endPositionLong', DbType.real),
      SqfEntityFieldBase('avgHeartRate', DbType.integer),
      SqfEntityFieldBase('maxHeartRate', DbType.integer),
      SqfEntityFieldBase('avgRunningCadence', DbType.real),
      SqfEntityFieldBase('event', DbType.text),
      SqfEntityFieldBase('eventType', DbType.text),
      SqfEntityFieldBase('eventGroup', DbType.integer),
      SqfEntityFieldBase('sport', DbType.text),
      SqfEntityFieldBase('subSport', DbType.text),
      SqfEntityFieldBase('avgVerticalOscillation', DbType.real),
      SqfEntityFieldBase('totalElapsedTime', DbType.integer),
      SqfEntityFieldBase('totalTimerTime', DbType.integer),
      SqfEntityFieldBase('totalDistance', DbType.integer),
      SqfEntityFieldBase('totalStrides', DbType.integer),
      SqfEntityFieldBase('totalCalories', DbType.integer),
      SqfEntityFieldBase('avgSpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByMeasurements', DbType.real),
      SqfEntityFieldBase('avgSpeedBySpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByDistance', DbType.real),
      SqfEntityFieldBase('sdevSpeed', DbType.real),
      SqfEntityFieldBase('sdevPace', DbType.real),
      SqfEntityFieldBase('minSpeed', DbType.real),
      SqfEntityFieldBase('maxSpeed', DbType.real),
      SqfEntityFieldBase('totalAscent', DbType.integer),
      SqfEntityFieldBase('totalDescent', DbType.integer),
      SqfEntityFieldBase('avgStanceTimePercent', DbType.real),
      SqfEntityFieldBase('avgStanceTime', DbType.real),
      SqfEntityFieldBase('maxRunningCadence', DbType.integer),
      SqfEntityFieldBase('intensity', DbType.integer),
      SqfEntityFieldBase('lapTrigger', DbType.text),
      SqfEntityFieldBase('avgTemperature', DbType.integer),
      SqfEntityFieldBase('maxTemperature', DbType.integer),
      SqfEntityFieldBase('avgFractionalCadence', DbType.real),
      SqfEntityFieldBase('maxFractionalCadence', DbType.real),
      SqfEntityFieldBase('totalFractionalCycles', DbType.real),
      SqfEntityFieldBase('avgPower', DbType.real),
      SqfEntityFieldBase('minPower', DbType.integer),
      SqfEntityFieldBase('maxPower', DbType.integer),
      SqfEntityFieldBase('sdevPower', DbType.real),
      SqfEntityFieldBase('minHeartRate', DbType.integer),
      SqfEntityFieldBase('sdevHeartRate', DbType.real),
      SqfEntityFieldBase('avgGroundTime', DbType.real),
      SqfEntityFieldBase('sdevGroundTime', DbType.real),
      SqfEntityFieldBase('avgLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('sdevLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('avgFormPower', DbType.real),
      SqfEntityFieldBase('sdevFormPower', DbType.real),
      SqfEntityFieldBase('avgStrydCadence', DbType.real),
      SqfEntityFieldBase('sdevStrydCadence', DbType.real),
      SqfEntityFieldBase('sdevVerticalOscillation', DbType.real),
      SqfEntityFieldBase('avgPowerRatio', DbType.real),
      SqfEntityFieldBase('sdevPowerRatio', DbType.real),
      SqfEntityFieldBase('avgStrideRatio', DbType.real),
      SqfEntityFieldBase('sdevStrideRatio', DbType.real),
      SqfEntityFieldBase('cp', DbType.real),
      SqfEntityFieldBase('ftp', DbType.real),
      SqfEntityFieldBase('movingTime', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbActivity.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'activitiesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbLap();
  }
}

// DbInterval TABLE
class TableDbInterval extends SqfEntityTableBase {
  TableDbInterval() {
    // declare properties of EntityTable
    tableName = 'intervals';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('timeStamp', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('duration', DbType.integer),
      SqfEntityFieldBase('avgPower', DbType.real),
      SqfEntityFieldBase('minPower', DbType.integer),
      SqfEntityFieldBase('maxPower', DbType.integer),
      SqfEntityFieldBase('sdevPower', DbType.real),
      SqfEntityFieldBase('avgSpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByMeasurements', DbType.real),
      SqfEntityFieldBase('avgSpeedBySpeed', DbType.real),
      SqfEntityFieldBase('avgSpeedByDistance', DbType.real),
      SqfEntityFieldBase('minSpeed', DbType.real),
      SqfEntityFieldBase('maxSpeed', DbType.real),
      SqfEntityFieldBase('sdevSpeed', DbType.real),
      SqfEntityFieldBase('sdevPace', DbType.real),
      SqfEntityFieldBase('distance', DbType.integer),
      SqfEntityFieldBase('avgHeartRate', DbType.integer),
      SqfEntityFieldBase('minHeartRate', DbType.integer),
      SqfEntityFieldBase('maxHeartRate', DbType.integer),
      SqfEntityFieldBase('sdevHeartRate', DbType.real),
      SqfEntityFieldBase('avgCadence', DbType.real),
      SqfEntityFieldBase('minCadence', DbType.real),
      SqfEntityFieldBase('maxCadence', DbType.real),
      SqfEntityFieldBase('sdevCadence', DbType.real),
      SqfEntityFieldBase('avgStrydCadence', DbType.real),
      SqfEntityFieldBase('minStrydCadence', DbType.real),
      SqfEntityFieldBase('maxStrydCadence', DbType.real),
      SqfEntityFieldBase('sdevStrydCadence', DbType.real),
      SqfEntityFieldBase('avgGroundTime', DbType.real),
      SqfEntityFieldBase('minGroundTime', DbType.real),
      SqfEntityFieldBase('maxGroundTime', DbType.real),
      SqfEntityFieldBase('sdevGroundTime', DbType.real),
      SqfEntityFieldBase('avgVerticalOscillation', DbType.real),
      SqfEntityFieldBase('minVerticalOscillation', DbType.real),
      SqfEntityFieldBase('maxVerticalOscillation', DbType.real),
      SqfEntityFieldBase('sdevVerticalOscillation', DbType.real),
      SqfEntityFieldBase('avgFormPower', DbType.real),
      SqfEntityFieldBase('maxFormPower', DbType.integer),
      SqfEntityFieldBase('minFormPower', DbType.integer),
      SqfEntityFieldBase('sdevFormPower', DbType.real),
      SqfEntityFieldBase('avgLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('maxLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('minLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('sdevLegSpringStiffness', DbType.real),
      SqfEntityFieldBase('totalAscent', DbType.integer),
      SqfEntityFieldBase('totalDescent', DbType.integer),
      SqfEntityFieldBase('cp', DbType.real),
      SqfEntityFieldBase('ftp', DbType.real),
      SqfEntityFieldBase('movingTime', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbEvent.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'firstRecordId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(
          TableDbEvent.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'lastRecordId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(
          TableDbActivity.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'activitiesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbInterval();
  }
}

// DbWeight TABLE
class TableDbWeight extends SqfEntityTableBase {
  TableDbWeight() {
    // declare properties of EntityTable
    tableName = 'weights';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('date', DbType.date,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('value', DbType.real),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbWeight();
  }
}

// DbHeartRateZoneSchema TABLE
class TableDbHeartRateZoneSchema extends SqfEntityTableBase {
  TableDbHeartRateZoneSchema() {
    // declare properties of EntityTable
    tableName = 'heartRateZoneSchemata';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('date', DbType.date,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('base', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbHeartRateZoneSchema();
  }
}

// DbHeartRateZone TABLE
class TableDbHeartRateZone extends SqfEntityTableBase {
  TableDbHeartRateZone() {
    // declare properties of EntityTable
    tableName = 'heartRateZone';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('lowerPercentage', DbType.integer),
      SqfEntityFieldBase('upperPercentage', DbType.integer),
      SqfEntityFieldBase('lowerLimit', DbType.integer),
      SqfEntityFieldBase('upperLimit', DbType.integer),
      SqfEntityFieldBase('color', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbHeartRateZoneSchema.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'heartRateZoneSchemataId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbHeartRateZone();
  }
}

// DbPowerZoneSchema TABLE
class TableDbPowerZoneSchema extends SqfEntityTableBase {
  TableDbPowerZoneSchema() {
    // declare properties of EntityTable
    tableName = 'powerZoneSchemata';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('date', DbType.date,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('base', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbPowerZoneSchema();
  }
}

// DbPowerZone TABLE
class TableDbPowerZone extends SqfEntityTableBase {
  TableDbPowerZone() {
    // declare properties of EntityTable
    tableName = 'powerZone';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('lowerPercentage', DbType.integer),
      SqfEntityFieldBase('upperPercentage', DbType.integer),
      SqfEntityFieldBase('lowerLimit', DbType.integer),
      SqfEntityFieldBase('upperLimit', DbType.integer),
      SqfEntityFieldBase('color', DbType.integer),
      SqfEntityFieldRelationshipBase(
          TableDbPowerZoneSchema.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'powerZoneSchemataId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbPowerZone();
  }
}

// DbTag TABLE
class TableDbTag extends SqfEntityTableBase {
  TableDbTag() {
    // declare properties of EntityTable
    tableName = 'tags';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('color', DbType.integer),
      SqfEntityFieldBase('sortOrder', DbType.integer),
      SqfEntityFieldBase('system', DbType.bool),
      SqfEntityFieldRelationshipBase(
          TableDbTagGroup.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'tagGroupsId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbTag();
  }
}

// DbTagGroup TABLE
class TableDbTagGroup extends SqfEntityTableBase {
  TableDbTagGroup() {
    // declare properties of EntityTable
    tableName = 'tagGroups';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('name', DbType.text),
      SqfEntityFieldBase('color', DbType.integer),
      SqfEntityFieldBase('system', DbType.bool),
      SqfEntityFieldRelationshipBase(
          TableDbAthlete.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'athletesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbTagGroup();
  }
}

// DbLapTagging TABLE
class TableDbLapTagging extends SqfEntityTableBase {
  TableDbLapTagging() {
    // declare properties of EntityTable
    tableName = 'lapTaggings';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('system', DbType.bool),
      SqfEntityFieldRelationshipBase(TableDbTag.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'tagsId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(TableDbLap.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'lapsId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbLapTagging();
  }
}

// DbActivityTagging TABLE
class TableDbActivityTagging extends SqfEntityTableBase {
  TableDbActivityTagging() {
    // declare properties of EntityTable
    tableName = 'activityTaggings';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('system', DbType.bool),
      SqfEntityFieldRelationshipBase(TableDbTag.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'tagsId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(
          TableDbActivity.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'activitiesId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbActivityTagging();
  }
}

// DbIntervalTagging TABLE
class TableDbIntervalTagging extends SqfEntityTableBase {
  TableDbIntervalTagging() {
    // declare properties of EntityTable
    tableName = 'intervalTaggings';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('system', DbType.bool),
      SqfEntityFieldRelationshipBase(TableDbTag.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'tagsId',
          defaultValue: 0),
      SqfEntityFieldRelationshipBase(
          TableDbInterval.getInstance, DeleteRule.CASCADE,
          relationType: RelationType.ONE_TO_MANY,
          fieldName: 'intervalsId',
          defaultValue: 0),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbIntervalTagging();
  }
}

// DbLog TABLE
class TableDbLog extends SqfEntityTableBase {
  TableDbLog() {
    // declare properties of EntityTable
    tableName = 'logs';
    primaryKeyName = 'id';
    primaryKeyType = PrimaryKeyType.integer_auto_incremental;
    useSoftDeleting = false;
    // when useSoftDeleting is true, creates a field named 'isDeleted' on the table, and set to '1' this field when item deleted (does not hard delete)

    // declare fields
    fields = [
      SqfEntityFieldBase('dateTime', DbType.datetime,
          minValue: DateTime.parse('1900-01-01')),
      SqfEntityFieldBase('message', DbType.text),
      SqfEntityFieldBase('method', DbType.text),
      SqfEntityFieldBase('comment', DbType.text),
      SqfEntityFieldBase('stackTrace', DbType.text),
    ];
    super.init();
  }
  static SqfEntityTableBase? _instance;
  static SqfEntityTableBase get getInstance {
    return _instance = _instance ?? TableDbLog();
  }
}
// END TABLES

// BEGIN SEQUENCES
// END SEQUENCES

// BEGIN DATABASE MODEL
class DbEncrateia extends SqfEntityModelProvider {
  DbEncrateia() {
    databaseName = encrateia.databaseName;
    password = encrateia.password;
    dbVersion = encrateia.dbVersion;
    preSaveAction = encrateia.preSaveAction;
    logFunction = encrateia.logFunction;
    databaseTables = [
      TableDbAthlete.getInstance,
      TableDbActivity.getInstance,
      TableDbEvent.getInstance,
      TableDbLap.getInstance,
      TableDbInterval.getInstance,
      TableDbWeight.getInstance,
      TableDbHeartRateZoneSchema.getInstance,
      TableDbHeartRateZone.getInstance,
      TableDbPowerZoneSchema.getInstance,
      TableDbPowerZone.getInstance,
      TableDbTag.getInstance,
      TableDbTagGroup.getInstance,
      TableDbLapTagging.getInstance,
      TableDbActivityTagging.getInstance,
      TableDbIntervalTagging.getInstance,
      TableDbLog.getInstance,
    ];

    bundledDatabasePath = encrateia
        .bundledDatabasePath; //'assets/sample.db'; // This value is optional. When bundledDatabasePath is empty then EntityBase creats a new database when initializing the database
    databasePath = encrateia.databasePath;
  }
  Map<String, dynamic> getControllers() {
    final controllers = <String, dynamic>{};

    return controllers;
  }
}
// END DATABASE MODEL

// BEGIN ENTITIES
// region DbAthlete
class DbAthlete extends TableBase {
  DbAthlete(
      {this.id,
      this.state,
      this.firstName,
      this.lastName,
      this.stravaUsername,
      this.photoPath,
      this.stravaId,
      this.geoState,
      this.downloadInterval,
      this.recordAggregationCount,
      this.uuid}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbAthlete.withFields(
      this.state,
      this.firstName,
      this.lastName,
      this.stravaUsername,
      this.photoPath,
      this.stravaId,
      this.geoState,
      this.downloadInterval,
      this.recordAggregationCount,
      this.uuid) {
    _setDefaultValues();
  }
  DbAthlete.withId(
      this.id,
      this.state,
      this.firstName,
      this.lastName,
      this.stravaUsername,
      this.photoPath,
      this.stravaId,
      this.geoState,
      this.downloadInterval,
      this.recordAggregationCount,
      this.uuid) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbAthlete.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['state'] != null) {
      state = o['state'].toString();
    }
    if (o['firstName'] != null) {
      firstName = o['firstName'].toString();
    }
    if (o['lastName'] != null) {
      lastName = o['lastName'].toString();
    }
    if (o['stravaUsername'] != null) {
      stravaUsername = o['stravaUsername'].toString();
    }
    if (o['photoPath'] != null) {
      photoPath = o['photoPath'].toString();
    }
    if (o['stravaId'] != null) {
      stravaId = int.tryParse(o['stravaId'].toString());
    }
    if (o['geoState'] != null) {
      geoState = o['geoState'].toString();
    }
    if (o['downloadInterval'] != null) {
      downloadInterval = int.tryParse(o['downloadInterval'].toString());
    }
    if (o['recordAggregationCount'] != null) {
      recordAggregationCount =
          int.tryParse(o['recordAggregationCount'].toString());
    }
    if (o['uuid'] != null) {
      uuid = o['uuid'].toString();
    }
  }
  // FIELDS (DbAthlete)
  int? id;
  String? state;
  String? firstName;
  String? lastName;
  String? stravaUsername;
  String? photoPath;
  int? stravaId;
  String? geoState;
  int? downloadInterval;
  int? recordAggregationCount;
  String? uuid;

  // end FIELDS (DbAthlete)

// COLLECTIONS & VIRTUALS (DbAthlete)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivities', 'plField2'..]) or so on..
  List<DbActivity>? plDbActivities;

  /// get DbActivity(s) filtered by id=athletesId
  DbActivityFilterBuilder? getDbActivities(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbActivity()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervals', 'plField2'..]) or so on..
  List<DbInterval>? plDbIntervals;

  /// get DbInterval(s) filtered by id=athletesId
  DbIntervalFilterBuilder? getDbIntervals(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbInterval()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbWeights', 'plField2'..]) or so on..
  List<DbWeight>? plDbWeights;

  /// get DbWeight(s) filtered by id=athletesId
  DbWeightFilterBuilder? getDbWeights(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbWeight()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbHeartRateZoneSchemas', 'plField2'..]) or so on..
  List<DbHeartRateZoneSchema>? plDbHeartRateZoneSchemas;

  /// get DbHeartRateZoneSchema(s) filtered by id=athletesId
  DbHeartRateZoneSchemaFilterBuilder? getDbHeartRateZoneSchemas(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbHeartRateZoneSchema()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbPowerZoneSchemas', 'plField2'..]) or so on..
  List<DbPowerZoneSchema>? plDbPowerZoneSchemas;

  /// get DbPowerZoneSchema(s) filtered by id=athletesId
  DbPowerZoneSchemaFilterBuilder? getDbPowerZoneSchemas(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbPowerZoneSchema()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTagGroups', 'plField2'..]) or so on..
  List<DbTagGroup>? plDbTagGroups;

  /// get DbTagGroup(s) filtered by id=athletesId
  DbTagGroupFilterBuilder? getDbTagGroups(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbTagGroup()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .athletesId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbAthlete)

  static const bool _softDeleteActivated = false;
  DbAthleteManager? __mnDbAthlete;

  DbAthleteManager get _mnDbAthlete {
    return __mnDbAthlete = __mnDbAthlete ?? DbAthleteManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (state != null || !forView) {
      map['state'] = state;
    }
    if (firstName != null || !forView) {
      map['firstName'] = firstName;
    }
    if (lastName != null || !forView) {
      map['lastName'] = lastName;
    }
    if (stravaUsername != null || !forView) {
      map['stravaUsername'] = stravaUsername;
    }
    if (photoPath != null || !forView) {
      map['photoPath'] = photoPath;
    }
    if (stravaId != null || !forView) {
      map['stravaId'] = stravaId;
    }
    if (geoState != null || !forView) {
      map['geoState'] = geoState;
    }
    if (downloadInterval != null || !forView) {
      map['downloadInterval'] = downloadInterval;
    }
    if (recordAggregationCount != null || !forView) {
      map['recordAggregationCount'] = recordAggregationCount;
    }
    if (uuid != null || !forView) {
      map['uuid'] = uuid;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (state != null || !forView) {
      map['state'] = state;
    }
    if (firstName != null || !forView) {
      map['firstName'] = firstName;
    }
    if (lastName != null || !forView) {
      map['lastName'] = lastName;
    }
    if (stravaUsername != null || !forView) {
      map['stravaUsername'] = stravaUsername;
    }
    if (photoPath != null || !forView) {
      map['photoPath'] = photoPath;
    }
    if (stravaId != null || !forView) {
      map['stravaId'] = stravaId;
    }
    if (geoState != null || !forView) {
      map['geoState'] = geoState;
    }
    if (downloadInterval != null || !forView) {
      map['downloadInterval'] = downloadInterval;
    }
    if (recordAggregationCount != null || !forView) {
      map['recordAggregationCount'] = recordAggregationCount;
    }
    if (uuid != null || !forView) {
      map['uuid'] = uuid;
    }

// COLLECTIONS (DbAthlete)
    if (!forQuery) {
      map['DbActivities'] = await getDbActivities()!.toMapList();
    }
    if (!forQuery) {
      map['DbIntervals'] = await getDbIntervals()!.toMapList();
    }
    if (!forQuery) {
      map['DbWeights'] = await getDbWeights()!.toMapList();
    }
    if (!forQuery) {
      map['DbHeartRateZoneSchemas'] =
          await getDbHeartRateZoneSchemas()!.toMapList();
    }
    if (!forQuery) {
      map['DbPowerZoneSchemas'] = await getDbPowerZoneSchemas()!.toMapList();
    }
    if (!forQuery) {
      map['DbTagGroups'] = await getDbTagGroups()!.toMapList();
    }
// END COLLECTIONS (DbAthlete)

    return map;
  }

  /// This method returns Json String [DbAthlete]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbAthlete]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      state,
      firstName,
      lastName,
      stravaUsername,
      photoPath,
      stravaId,
      geoState,
      downloadInterval,
      recordAggregationCount,
      uuid
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      state,
      firstName,
      lastName,
      stravaUsername,
      photoPath,
      stravaId,
      geoState,
      downloadInterval,
      recordAggregationCount,
      uuid
    ];
  }

  static Future<List<DbAthlete>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbAthlete.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbAthlete>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbAthlete>[];
    try {
      objList = list
          .map((dbathlete) =>
              DbAthlete.fromMap(dbathlete as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbAthlete.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbAthlete>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbAthlete> objList = <DbAthlete>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbAthlete.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('athletes.plDbActivities') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivities'))) {
          /*_loadedfields!.add('athletes.plDbActivities'); */ obj
                  .plDbActivities =
              obj.plDbActivities ??
                  await obj.getDbActivities()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('athletes.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbWeights') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbWeights'))) {
          /*_loadedfields!.add('athletes.plDbWeights'); */ obj.plDbWeights =
              obj.plDbWeights ??
                  await obj.getDbWeights()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbHeartRateZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbHeartRateZoneSchemas'); */ obj
                  .plDbHeartRateZoneSchemas =
              obj.plDbHeartRateZoneSchemas ??
                  await obj.getDbHeartRateZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbPowerZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbPowerZoneSchemas'); */ obj
                  .plDbPowerZoneSchemas =
              obj.plDbPowerZoneSchemas ??
                  await obj.getDbPowerZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbTagGroups') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTagGroups'))) {
          /*_loadedfields!.add('athletes.plDbTagGroups'); */ obj.plDbTagGroups =
              obj.plDbTagGroups ??
                  await obj.getDbTagGroups()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbAthlete by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbAthlete] if exist, otherwise returns null
  Future<DbAthlete?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbAthlete? obj;
    final data = await _mnDbAthlete.getById([id]);
    if (data.length != 0) {
      obj = DbAthlete.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('athletes.plDbActivities') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivities'))) {
          /*_loadedfields!.add('athletes.plDbActivities'); */ obj
                  .plDbActivities =
              obj.plDbActivities ??
                  await obj.getDbActivities()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('athletes.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbWeights') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbWeights'))) {
          /*_loadedfields!.add('athletes.plDbWeights'); */ obj.plDbWeights =
              obj.plDbWeights ??
                  await obj.getDbWeights()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbHeartRateZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbHeartRateZoneSchemas'); */ obj
                  .plDbHeartRateZoneSchemas =
              obj.plDbHeartRateZoneSchemas ??
                  await obj.getDbHeartRateZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbPowerZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbPowerZoneSchemas'); */ obj
                  .plDbPowerZoneSchemas =
              obj.plDbPowerZoneSchemas ??
                  await obj.getDbPowerZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbTagGroups') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTagGroups'))) {
          /*_loadedfields!.add('athletes.plDbTagGroups'); */ obj.plDbTagGroups =
              obj.plDbTagGroups ??
                  await obj.getDbTagGroups()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbAthlete) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbAthlete.insert(this, ignoreBatch);
    } else {
      await _mnDbAthlete.update(this);
    }

    return id;
  }

  /// Saves the (DbAthlete) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbAthlete.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbAthlete.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbAthlete. Returns a new Primary Key value of DbAthlete

  /// <returns>Returns a new Primary Key value of DbAthlete
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbAthlete> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbAthlete> dbathletes,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbathletes) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbathletes.length; i++) {
        if (dbathletes[i].id == null) {
          dbathletes[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbAthlete.rawInsert(
          'INSERT OR REPLACE INTO athletes (id, state, firstName, lastName, stravaUsername, photoPath, stravaId, geoState, downloadInterval, recordAggregationCount, uuid)  VALUES (?,?,?,?,?,?,?,?,?,?,?)',
          [
            id,
            state,
            firstName,
            lastName,
            stravaUsername,
            photoPath,
            stravaId,
            geoState,
            downloadInterval,
            recordAggregationCount,
            uuid
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbAthlete id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbAthlete id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbAthlete Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbAthlete>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbAthlete> dbathletes,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbAthlete.rawInsertAll(
        'INSERT OR REPLACE INTO athletes (id, state, firstName, lastName, stravaUsername, photoPath, stravaId, geoState, downloadInterval, recordAggregationCount, uuid)  VALUES (?,?,?,?,?,?,?,?,?,?,?)',
        dbathletes,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbAthlete

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbAthlete invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbActivity()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbInterval()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbWeight()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbHeartRateZoneSchema()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbPowerZoneSchema()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbTagGroup()
          .select()
          .athletesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbAthlete
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbAthlete.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbAthlete] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbAthleteFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbAthleteFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbAthleteFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbAthleteFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    state = state ?? 'new';
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbathlete

// region DbAthleteField
class DbAthleteField extends FilterBase {
  DbAthleteField(DbAthleteFilterBuilder dbathleteFB) : super(dbathleteFB);

  @override
  DbAthleteFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder isNull() {
    return super.isNull() as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbAthleteFilterBuilder;
  }

  @override
  DbAthleteField get not {
    return super.not as DbAthleteField;
  }
}
// endregion DbAthleteField

// region DbAthleteFilterBuilder
class DbAthleteFilterBuilder extends ConjunctionBase {
  DbAthleteFilterBuilder(DbAthlete obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbAthlete = obj._mnDbAthlete;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbAthleteManager? _mnDbAthlete;

  /// put the sql keyword 'AND'
  @override
  DbAthleteFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbAthleteFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbAthleteFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbAthleteFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbAthleteFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbAthleteFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbAthleteFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbAthleteFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbAthleteFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbAthleteFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbAthleteFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbAthleteField _setField(
      DbAthleteField? field, String colName, DbType dbtype) {
    return DbAthleteField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbAthleteField? _id;
  DbAthleteField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbAthleteField? _state;
  DbAthleteField get state {
    return _state = _setField(_state, 'state', DbType.text);
  }

  DbAthleteField? _firstName;
  DbAthleteField get firstName {
    return _firstName = _setField(_firstName, 'firstName', DbType.text);
  }

  DbAthleteField? _lastName;
  DbAthleteField get lastName {
    return _lastName = _setField(_lastName, 'lastName', DbType.text);
  }

  DbAthleteField? _stravaUsername;
  DbAthleteField get stravaUsername {
    return _stravaUsername =
        _setField(_stravaUsername, 'stravaUsername', DbType.text);
  }

  DbAthleteField? _photoPath;
  DbAthleteField get photoPath {
    return _photoPath = _setField(_photoPath, 'photoPath', DbType.text);
  }

  DbAthleteField? _stravaId;
  DbAthleteField get stravaId {
    return _stravaId = _setField(_stravaId, 'stravaId', DbType.integer);
  }

  DbAthleteField? _geoState;
  DbAthleteField get geoState {
    return _geoState = _setField(_geoState, 'geoState', DbType.text);
  }

  DbAthleteField? _downloadInterval;
  DbAthleteField get downloadInterval {
    return _downloadInterval =
        _setField(_downloadInterval, 'downloadInterval', DbType.integer);
  }

  DbAthleteField? _recordAggregationCount;
  DbAthleteField get recordAggregationCount {
    return _recordAggregationCount = _setField(
        _recordAggregationCount, 'recordAggregationCount', DbType.integer);
  }

  DbAthleteField? _uuid;
  DbAthleteField get uuid {
    return _uuid = _setField(_uuid, 'uuid', DbType.text);
  }

  /// Deletes List<DbAthlete> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbActivity) according to DeleteRule.CASCADE
    final idListDbActivityBYathletesId = toListPrimaryKeySQL(false);
    final resDbActivityBYathletesId = await DbActivity()
        .select()
        .where('athletesId IN (${idListDbActivityBYathletesId['sql']})',
            parameterValue: idListDbActivityBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbActivityBYathletesId.success) {
      return resDbActivityBYathletesId;
    }
// Delete sub records where in (DbInterval) according to DeleteRule.CASCADE
    final idListDbIntervalBYathletesId = toListPrimaryKeySQL(false);
    final resDbIntervalBYathletesId = await DbInterval()
        .select()
        .where('athletesId IN (${idListDbIntervalBYathletesId['sql']})',
            parameterValue: idListDbIntervalBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbIntervalBYathletesId.success) {
      return resDbIntervalBYathletesId;
    }
// Delete sub records where in (DbWeight) according to DeleteRule.CASCADE
    final idListDbWeightBYathletesId = toListPrimaryKeySQL(false);
    final resDbWeightBYathletesId = await DbWeight()
        .select()
        .where('athletesId IN (${idListDbWeightBYathletesId['sql']})',
            parameterValue: idListDbWeightBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbWeightBYathletesId.success) {
      return resDbWeightBYathletesId;
    }
// Delete sub records where in (DbHeartRateZoneSchema) according to DeleteRule.CASCADE
    final idListDbHeartRateZoneSchemaBYathletesId = toListPrimaryKeySQL(false);
    final resDbHeartRateZoneSchemaBYathletesId = await DbHeartRateZoneSchema()
        .select()
        .where(
            'athletesId IN (${idListDbHeartRateZoneSchemaBYathletesId['sql']})',
            parameterValue: idListDbHeartRateZoneSchemaBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbHeartRateZoneSchemaBYathletesId.success) {
      return resDbHeartRateZoneSchemaBYathletesId;
    }
// Delete sub records where in (DbPowerZoneSchema) according to DeleteRule.CASCADE
    final idListDbPowerZoneSchemaBYathletesId = toListPrimaryKeySQL(false);
    final resDbPowerZoneSchemaBYathletesId = await DbPowerZoneSchema()
        .select()
        .where('athletesId IN (${idListDbPowerZoneSchemaBYathletesId['sql']})',
            parameterValue: idListDbPowerZoneSchemaBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbPowerZoneSchemaBYathletesId.success) {
      return resDbPowerZoneSchemaBYathletesId;
    }
// Delete sub records where in (DbTagGroup) according to DeleteRule.CASCADE
    final idListDbTagGroupBYathletesId = toListPrimaryKeySQL(false);
    final resDbTagGroupBYathletesId = await DbTagGroup()
        .select()
        .where('athletesId IN (${idListDbTagGroupBYathletesId['sql']})',
            parameterValue: idListDbTagGroupBYathletesId['args'])
        .delete(hardDelete);
    if (!resDbTagGroupBYathletesId.success) {
      return resDbTagGroupBYathletesId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbAthlete!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbAthlete!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from athletes ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbAthlete!.updateBatch(qparams, values);
  }

  /// This method always returns [DbAthlete] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbAthlete?
  @override
  Future<DbAthlete?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbAthlete!.toList(qparams);
    final data = await objFuture;
    DbAthlete? obj;
    if (data.isNotEmpty) {
      obj = DbAthlete.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('athletes.plDbActivities') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivities'))) {
          /*_loadedfields!.add('athletes.plDbActivities'); */ obj
                  .plDbActivities =
              obj.plDbActivities ??
                  await obj.getDbActivities()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('athletes.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbWeights') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbWeights'))) {
          /*_loadedfields!.add('athletes.plDbWeights'); */ obj.plDbWeights =
              obj.plDbWeights ??
                  await obj.getDbWeights()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbHeartRateZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbHeartRateZoneSchemas'); */ obj
                  .plDbHeartRateZoneSchemas =
              obj.plDbHeartRateZoneSchemas ??
                  await obj.getDbHeartRateZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbPowerZoneSchemas') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZoneSchemas'))) {
          /*_loadedfields!.add('athletes.plDbPowerZoneSchemas'); */ obj
                  .plDbPowerZoneSchemas =
              obj.plDbPowerZoneSchemas ??
                  await obj.getDbPowerZoneSchemas()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('athletes.plDbTagGroups') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTagGroups'))) {
          /*_loadedfields!.add('athletes.plDbTagGroups'); */ obj.plDbTagGroups =
              obj.plDbTagGroups ??
                  await obj.getDbTagGroups()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbAthlete]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbAthlete?
  @override
  Future<DbAthlete> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbAthlete();
  }

  /// This method returns int. [DbAthlete]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbathleteCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbathletesFuture = await _mnDbAthlete!.toList(qparams);
    final int count = dbathletesFuture[0]['CNT'] as int;
    if (dbathleteCount != null) {
      dbathleteCount(count);
    }
    return count;
  }

  /// This method returns List<DbAthlete> [DbAthlete]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbAthlete>
  @override
  Future<List<DbAthlete>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbAthlete> dbathletesData = await DbAthlete.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbathletesData;
  }

  /// This method returns Json String [DbAthlete]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbAthlete]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbAthlete]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbAthlete!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbAthlete]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM athletes WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbAthlete!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbAthlete]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbAthlete!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbAthlete.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbAthlete!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbAthleteFilterBuilder

// region DbAthleteFields
class DbAthleteFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fState;
  static TableField get state {
    return _fState =
        _fState ?? SqlSyntax.setField(_fState, 'state', DbType.text);
  }

  static TableField? _fFirstName;
  static TableField get firstName {
    return _fFirstName = _fFirstName ??
        SqlSyntax.setField(_fFirstName, 'firstName', DbType.text);
  }

  static TableField? _fLastName;
  static TableField get lastName {
    return _fLastName =
        _fLastName ?? SqlSyntax.setField(_fLastName, 'lastName', DbType.text);
  }

  static TableField? _fStravaUsername;
  static TableField get stravaUsername {
    return _fStravaUsername = _fStravaUsername ??
        SqlSyntax.setField(_fStravaUsername, 'stravaUsername', DbType.text);
  }

  static TableField? _fPhotoPath;
  static TableField get photoPath {
    return _fPhotoPath = _fPhotoPath ??
        SqlSyntax.setField(_fPhotoPath, 'photoPath', DbType.text);
  }

  static TableField? _fStravaId;
  static TableField get stravaId {
    return _fStravaId = _fStravaId ??
        SqlSyntax.setField(_fStravaId, 'stravaId', DbType.integer);
  }

  static TableField? _fGeoState;
  static TableField get geoState {
    return _fGeoState =
        _fGeoState ?? SqlSyntax.setField(_fGeoState, 'geoState', DbType.text);
  }

  static TableField? _fDownloadInterval;
  static TableField get downloadInterval {
    return _fDownloadInterval = _fDownloadInterval ??
        SqlSyntax.setField(
            _fDownloadInterval, 'downloadInterval', DbType.integer);
  }

  static TableField? _fRecordAggregationCount;
  static TableField get recordAggregationCount {
    return _fRecordAggregationCount = _fRecordAggregationCount ??
        SqlSyntax.setField(
            _fRecordAggregationCount, 'recordAggregationCount', DbType.integer);
  }

  static TableField? _fUuid;
  static TableField get uuid {
    return _fUuid = _fUuid ?? SqlSyntax.setField(_fUuid, 'uuid', DbType.text);
  }
}
// endregion DbAthleteFields

//region DbAthleteManager
class DbAthleteManager extends SqfEntityProvider {
  DbAthleteManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'athletes';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbAthleteManager
// region DbActivity
class DbActivity extends TableBase {
  DbActivity(
      {this.id,
      this.state,
      this.path,
      this.stravaId,
      this.name,
      this.movingTime,
      this.type,
      this.distance,
      this.serialNumber,
      this.timeCreated,
      this.sportName,
      this.sport,
      this.subSport,
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.event,
      this.eventType,
      this.eventGroup,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.maxRunningCadence,
      this.trigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalTrainingEffect,
      this.necLat,
      this.necLong,
      this.swcLat,
      this.swcLong,
      this.firstLapIndex,
      this.numLaps,
      this.numSessions,
      this.localTimestamp,
      this.avgPower,
      this.sdevPower,
      this.minPower,
      this.maxPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.cp,
      this.ftp,
      this.nonParsable,
      this.excluded,
      this.manual,
      this.athletesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbActivity.withFields(
      this.state,
      this.path,
      this.stravaId,
      this.name,
      this.movingTime,
      this.type,
      this.distance,
      this.serialNumber,
      this.timeCreated,
      this.sportName,
      this.sport,
      this.subSport,
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.event,
      this.eventType,
      this.eventGroup,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.maxRunningCadence,
      this.trigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalTrainingEffect,
      this.necLat,
      this.necLong,
      this.swcLat,
      this.swcLong,
      this.firstLapIndex,
      this.numLaps,
      this.numSessions,
      this.localTimestamp,
      this.avgPower,
      this.sdevPower,
      this.minPower,
      this.maxPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.cp,
      this.ftp,
      this.nonParsable,
      this.excluded,
      this.manual,
      this.athletesId) {
    _setDefaultValues();
  }
  DbActivity.withId(
      this.id,
      this.state,
      this.path,
      this.stravaId,
      this.name,
      this.movingTime,
      this.type,
      this.distance,
      this.serialNumber,
      this.timeCreated,
      this.sportName,
      this.sport,
      this.subSport,
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.event,
      this.eventType,
      this.eventGroup,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.maxRunningCadence,
      this.trigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalTrainingEffect,
      this.necLat,
      this.necLong,
      this.swcLat,
      this.swcLong,
      this.firstLapIndex,
      this.numLaps,
      this.numSessions,
      this.localTimestamp,
      this.avgPower,
      this.sdevPower,
      this.minPower,
      this.maxPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.cp,
      this.ftp,
      this.nonParsable,
      this.excluded,
      this.manual,
      this.athletesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbActivity.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['state'] != null) {
      state = o['state'].toString();
    }
    if (o['path'] != null) {
      path = o['path'].toString();
    }
    if (o['stravaId'] != null) {
      stravaId = int.tryParse(o['stravaId'].toString());
    }
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['movingTime'] != null) {
      movingTime = int.tryParse(o['movingTime'].toString());
    }
    if (o['type'] != null) {
      type = o['type'].toString();
    }
    if (o['distance'] != null) {
      distance = int.tryParse(o['distance'].toString());
    }
    if (o['serialNumber'] != null) {
      serialNumber = int.tryParse(o['serialNumber'].toString());
    }
    if (o['timeCreated'] != null) {
      timeCreated = int.tryParse(o['timeCreated'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['timeCreated'].toString())!)
          : DateTime.tryParse(o['timeCreated'].toString());
    }
    if (o['sportName'] != null) {
      sportName = o['sportName'].toString();
    }
    if (o['sport'] != null) {
      sport = o['sport'].toString();
    }
    if (o['subSport'] != null) {
      subSport = o['subSport'].toString();
    }
    if (o['timeStamp'] != null) {
      timeStamp = int.tryParse(o['timeStamp'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['timeStamp'].toString())!)
          : DateTime.tryParse(o['timeStamp'].toString());
    }
    if (o['startTime'] != null) {
      startTime = int.tryParse(o['startTime'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['startTime'].toString())!)
          : DateTime.tryParse(o['startTime'].toString());
    }
    if (o['startPositionLat'] != null) {
      startPositionLat = double.tryParse(o['startPositionLat'].toString());
    }
    if (o['startPositionLong'] != null) {
      startPositionLong = double.tryParse(o['startPositionLong'].toString());
    }
    if (o['event'] != null) {
      event = o['event'].toString();
    }
    if (o['eventType'] != null) {
      eventType = o['eventType'].toString();
    }
    if (o['eventGroup'] != null) {
      eventGroup = int.tryParse(o['eventGroup'].toString());
    }
    if (o['totalDistance'] != null) {
      totalDistance = int.tryParse(o['totalDistance'].toString());
    }
    if (o['totalStrides'] != null) {
      totalStrides = int.tryParse(o['totalStrides'].toString());
    }
    if (o['totalCalories'] != null) {
      totalCalories = int.tryParse(o['totalCalories'].toString());
    }
    if (o['avgSpeed'] != null) {
      avgSpeed = double.tryParse(o['avgSpeed'].toString());
    }
    if (o['avgSpeedByMeasurements'] != null) {
      avgSpeedByMeasurements =
          double.tryParse(o['avgSpeedByMeasurements'].toString());
    }
    if (o['avgSpeedBySpeed'] != null) {
      avgSpeedBySpeed = double.tryParse(o['avgSpeedBySpeed'].toString());
    }
    if (o['avgSpeedByDistance'] != null) {
      avgSpeedByDistance = double.tryParse(o['avgSpeedByDistance'].toString());
    }
    if (o['sdevSpeed'] != null) {
      sdevSpeed = double.tryParse(o['sdevSpeed'].toString());
    }
    if (o['sdevPace'] != null) {
      sdevPace = double.tryParse(o['sdevPace'].toString());
    }
    if (o['minSpeed'] != null) {
      minSpeed = double.tryParse(o['minSpeed'].toString());
    }
    if (o['maxSpeed'] != null) {
      maxSpeed = double.tryParse(o['maxSpeed'].toString());
    }
    if (o['totalAscent'] != null) {
      totalAscent = int.tryParse(o['totalAscent'].toString());
    }
    if (o['totalDescent'] != null) {
      totalDescent = int.tryParse(o['totalDescent'].toString());
    }
    if (o['maxRunningCadence'] != null) {
      maxRunningCadence = int.tryParse(o['maxRunningCadence'].toString());
    }
    if (o['trigger'] != null) {
      trigger = o['trigger'].toString();
    }
    if (o['avgTemperature'] != null) {
      avgTemperature = int.tryParse(o['avgTemperature'].toString());
    }
    if (o['maxTemperature'] != null) {
      maxTemperature = int.tryParse(o['maxTemperature'].toString());
    }
    if (o['avgFractionalCadence'] != null) {
      avgFractionalCadence =
          double.tryParse(o['avgFractionalCadence'].toString());
    }
    if (o['maxFractionalCadence'] != null) {
      maxFractionalCadence =
          double.tryParse(o['maxFractionalCadence'].toString());
    }
    if (o['totalFractionalCycles'] != null) {
      totalFractionalCycles =
          double.tryParse(o['totalFractionalCycles'].toString());
    }
    if (o['avgStanceTimePercent'] != null) {
      avgStanceTimePercent =
          double.tryParse(o['avgStanceTimePercent'].toString());
    }
    if (o['avgStanceTime'] != null) {
      avgStanceTime = double.tryParse(o['avgStanceTime'].toString());
    }
    if (o['avgHeartRate'] != null) {
      avgHeartRate = int.tryParse(o['avgHeartRate'].toString());
    }
    if (o['maxHeartRate'] != null) {
      maxHeartRate = int.tryParse(o['maxHeartRate'].toString());
    }
    if (o['avgRunningCadence'] != null) {
      avgRunningCadence = double.tryParse(o['avgRunningCadence'].toString());
    }
    if (o['avgVerticalOscillation'] != null) {
      avgVerticalOscillation =
          double.tryParse(o['avgVerticalOscillation'].toString());
    }
    if (o['totalElapsedTime'] != null) {
      totalElapsedTime = int.tryParse(o['totalElapsedTime'].toString());
    }
    if (o['totalTimerTime'] != null) {
      totalTimerTime = int.tryParse(o['totalTimerTime'].toString());
    }
    if (o['totalTrainingEffect'] != null) {
      totalTrainingEffect = int.tryParse(o['totalTrainingEffect'].toString());
    }
    if (o['necLat'] != null) {
      necLat = double.tryParse(o['necLat'].toString());
    }
    if (o['necLong'] != null) {
      necLong = double.tryParse(o['necLong'].toString());
    }
    if (o['swcLat'] != null) {
      swcLat = double.tryParse(o['swcLat'].toString());
    }
    if (o['swcLong'] != null) {
      swcLong = double.tryParse(o['swcLong'].toString());
    }
    if (o['firstLapIndex'] != null) {
      firstLapIndex = int.tryParse(o['firstLapIndex'].toString());
    }
    if (o['numLaps'] != null) {
      numLaps = int.tryParse(o['numLaps'].toString());
    }
    if (o['numSessions'] != null) {
      numSessions = int.tryParse(o['numSessions'].toString());
    }
    if (o['localTimestamp'] != null) {
      localTimestamp = int.tryParse(o['localTimestamp'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['localTimestamp'].toString())!)
          : DateTime.tryParse(o['localTimestamp'].toString());
    }
    if (o['avgPower'] != null) {
      avgPower = double.tryParse(o['avgPower'].toString());
    }
    if (o['sdevPower'] != null) {
      sdevPower = double.tryParse(o['sdevPower'].toString());
    }
    if (o['minPower'] != null) {
      minPower = int.tryParse(o['minPower'].toString());
    }
    if (o['maxPower'] != null) {
      maxPower = int.tryParse(o['maxPower'].toString());
    }
    if (o['minHeartRate'] != null) {
      minHeartRate = int.tryParse(o['minHeartRate'].toString());
    }
    if (o['sdevHeartRate'] != null) {
      sdevHeartRate = double.tryParse(o['sdevHeartRate'].toString());
    }
    if (o['avgGroundTime'] != null) {
      avgGroundTime = double.tryParse(o['avgGroundTime'].toString());
    }
    if (o['sdevGroundTime'] != null) {
      sdevGroundTime = double.tryParse(o['sdevGroundTime'].toString());
    }
    if (o['avgLegSpringStiffness'] != null) {
      avgLegSpringStiffness =
          double.tryParse(o['avgLegSpringStiffness'].toString());
    }
    if (o['sdevLegSpringStiffness'] != null) {
      sdevLegSpringStiffness =
          double.tryParse(o['sdevLegSpringStiffness'].toString());
    }
    if (o['avgFormPower'] != null) {
      avgFormPower = double.tryParse(o['avgFormPower'].toString());
    }
    if (o['sdevFormPower'] != null) {
      sdevFormPower = double.tryParse(o['sdevFormPower'].toString());
    }
    if (o['avgPowerRatio'] != null) {
      avgPowerRatio = double.tryParse(o['avgPowerRatio'].toString());
    }
    if (o['sdevPowerRatio'] != null) {
      sdevPowerRatio = double.tryParse(o['sdevPowerRatio'].toString());
    }
    if (o['avgStrideRatio'] != null) {
      avgStrideRatio = double.tryParse(o['avgStrideRatio'].toString());
    }
    if (o['sdevStrideRatio'] != null) {
      sdevStrideRatio = double.tryParse(o['sdevStrideRatio'].toString());
    }
    if (o['avgStrydCadence'] != null) {
      avgStrydCadence = double.tryParse(o['avgStrydCadence'].toString());
    }
    if (o['sdevStrydCadence'] != null) {
      sdevStrydCadence = double.tryParse(o['sdevStrydCadence'].toString());
    }
    if (o['sdevVerticalOscillation'] != null) {
      sdevVerticalOscillation =
          double.tryParse(o['sdevVerticalOscillation'].toString());
    }
    if (o['cp'] != null) {
      cp = double.tryParse(o['cp'].toString());
    }
    if (o['ftp'] != null) {
      ftp = double.tryParse(o['ftp'].toString());
    }
    if (o['nonParsable'] != null) {
      nonParsable = o['nonParsable'].toString() == '1' ||
          o['nonParsable'].toString() == 'true';
    }
    if (o['excluded'] != null) {
      excluded =
          o['excluded'].toString() == '1' || o['excluded'].toString() == 'true';
    }
    if (o['manual'] != null) {
      manual =
          o['manual'].toString() == '1' || o['manual'].toString() == 'true';
    }
    athletesId = int.tryParse(o['athletesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbActivity)
  int? id;
  String? state;
  String? path;
  int? stravaId;
  String? name;
  int? movingTime;
  String? type;
  int? distance;
  int? serialNumber;
  DateTime? timeCreated;
  String? sportName;
  String? sport;
  String? subSport;
  DateTime? timeStamp;
  DateTime? startTime;
  double? startPositionLat;
  double? startPositionLong;
  String? event;
  String? eventType;
  int? eventGroup;
  int? totalDistance;
  int? totalStrides;
  int? totalCalories;
  double? avgSpeed;
  double? avgSpeedByMeasurements;
  double? avgSpeedBySpeed;
  double? avgSpeedByDistance;
  double? sdevSpeed;
  double? sdevPace;
  double? minSpeed;
  double? maxSpeed;
  int? totalAscent;
  int? totalDescent;
  int? maxRunningCadence;
  String? trigger;
  int? avgTemperature;
  int? maxTemperature;
  double? avgFractionalCadence;
  double? maxFractionalCadence;
  double? totalFractionalCycles;
  double? avgStanceTimePercent;
  double? avgStanceTime;
  int? avgHeartRate;
  int? maxHeartRate;
  double? avgRunningCadence;
  double? avgVerticalOscillation;
  int? totalElapsedTime;
  int? totalTimerTime;
  int? totalTrainingEffect;
  double? necLat;
  double? necLong;
  double? swcLat;
  double? swcLong;
  int? firstLapIndex;
  int? numLaps;
  int? numSessions;
  DateTime? localTimestamp;
  double? avgPower;
  double? sdevPower;
  int? minPower;
  int? maxPower;
  int? minHeartRate;
  double? sdevHeartRate;
  double? avgGroundTime;
  double? sdevGroundTime;
  double? avgLegSpringStiffness;
  double? sdevLegSpringStiffness;
  double? avgFormPower;
  double? sdevFormPower;
  double? avgPowerRatio;
  double? sdevPowerRatio;
  double? avgStrideRatio;
  double? sdevStrideRatio;
  double? avgStrydCadence;
  double? sdevStrydCadence;
  double? sdevVerticalOscillation;
  double? cp;
  double? ftp;
  bool? nonParsable;
  bool? excluded;
  bool? manual;
  int? athletesId;

  // end FIELDS (DbActivity)

// RELATIONSHIPS (DbActivity)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbActivity)

// COLLECTIONS & VIRTUALS (DbActivity)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbEvents', 'plField2'..]) or so on..
  List<DbEvent>? plDbEvents;

  /// get DbEvent(s) filtered by id=activitiesId
  DbEventFilterBuilder? getDbEvents(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbEvent()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .activitiesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbLaps', 'plField2'..]) or so on..
  List<DbLap>? plDbLaps;

  /// get DbLap(s) filtered by id=activitiesId
  DbLapFilterBuilder? getDbLaps(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbLap()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .activitiesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervals', 'plField2'..]) or so on..
  List<DbInterval>? plDbIntervals;

  /// get DbInterval(s) filtered by id=activitiesId
  DbIntervalFilterBuilder? getDbIntervals(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbInterval()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .activitiesId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivityTaggings', 'plField2'..]) or so on..
  List<DbActivityTagging>? plDbActivityTaggings;

  /// get DbActivityTagging(s) filtered by id=activitiesId
  DbActivityTaggingFilterBuilder? getDbActivityTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbActivityTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .activitiesId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbActivity)

  static const bool _softDeleteActivated = false;
  DbActivityManager? __mnDbActivity;

  DbActivityManager get _mnDbActivity {
    return __mnDbActivity = __mnDbActivity ?? DbActivityManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (state != null || !forView) {
      map['state'] = state;
    }
    if (path != null || !forView) {
      map['path'] = path;
    }
    if (stravaId != null || !forView) {
      map['stravaId'] = stravaId;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (type != null || !forView) {
      map['type'] = type;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (serialNumber != null || !forView) {
      map['serialNumber'] = serialNumber;
    }
    if (timeCreated != null) {
      map['timeCreated'] = forJson
          ? timeCreated!.toString()
          : forQuery
              ? timeCreated!.millisecondsSinceEpoch
              : timeCreated;
    } else if (timeCreated != null || !forView) {
      map['timeCreated'] = null;
    }
    if (sportName != null || !forView) {
      map['sportName'] = sportName;
    }
    if (sport != null || !forView) {
      map['sport'] = sport;
    }
    if (subSport != null || !forView) {
      map['subSport'] = subSport;
    }
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (startTime != null) {
      map['startTime'] = forJson
          ? startTime!.toString()
          : forQuery
              ? startTime!.millisecondsSinceEpoch
              : startTime;
    } else if (startTime != null || !forView) {
      map['startTime'] = null;
    }
    if (startPositionLat != null || !forView) {
      map['startPositionLat'] = startPositionLat;
    }
    if (startPositionLong != null || !forView) {
      map['startPositionLong'] = startPositionLong;
    }
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (totalDistance != null || !forView) {
      map['totalDistance'] = totalDistance;
    }
    if (totalStrides != null || !forView) {
      map['totalStrides'] = totalStrides;
    }
    if (totalCalories != null || !forView) {
      map['totalCalories'] = totalCalories;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (maxRunningCadence != null || !forView) {
      map['maxRunningCadence'] = maxRunningCadence;
    }
    if (trigger != null || !forView) {
      map['trigger'] = trigger;
    }
    if (avgTemperature != null || !forView) {
      map['avgTemperature'] = avgTemperature;
    }
    if (maxTemperature != null || !forView) {
      map['maxTemperature'] = maxTemperature;
    }
    if (avgFractionalCadence != null || !forView) {
      map['avgFractionalCadence'] = avgFractionalCadence;
    }
    if (maxFractionalCadence != null || !forView) {
      map['maxFractionalCadence'] = maxFractionalCadence;
    }
    if (totalFractionalCycles != null || !forView) {
      map['totalFractionalCycles'] = totalFractionalCycles;
    }
    if (avgStanceTimePercent != null || !forView) {
      map['avgStanceTimePercent'] = avgStanceTimePercent;
    }
    if (avgStanceTime != null || !forView) {
      map['avgStanceTime'] = avgStanceTime;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (avgRunningCadence != null || !forView) {
      map['avgRunningCadence'] = avgRunningCadence;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (totalElapsedTime != null || !forView) {
      map['totalElapsedTime'] = totalElapsedTime;
    }
    if (totalTimerTime != null || !forView) {
      map['totalTimerTime'] = totalTimerTime;
    }
    if (totalTrainingEffect != null || !forView) {
      map['totalTrainingEffect'] = totalTrainingEffect;
    }
    if (necLat != null || !forView) {
      map['necLat'] = necLat;
    }
    if (necLong != null || !forView) {
      map['necLong'] = necLong;
    }
    if (swcLat != null || !forView) {
      map['swcLat'] = swcLat;
    }
    if (swcLong != null || !forView) {
      map['swcLong'] = swcLong;
    }
    if (firstLapIndex != null || !forView) {
      map['firstLapIndex'] = firstLapIndex;
    }
    if (numLaps != null || !forView) {
      map['numLaps'] = numLaps;
    }
    if (numSessions != null || !forView) {
      map['numSessions'] = numSessions;
    }
    if (localTimestamp != null) {
      map['localTimestamp'] = forJson
          ? localTimestamp!.toString()
          : forQuery
              ? localTimestamp!.millisecondsSinceEpoch
              : localTimestamp;
    } else if (localTimestamp != null || !forView) {
      map['localTimestamp'] = null;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgPowerRatio != null || !forView) {
      map['avgPowerRatio'] = avgPowerRatio;
    }
    if (sdevPowerRatio != null || !forView) {
      map['sdevPowerRatio'] = sdevPowerRatio;
    }
    if (avgStrideRatio != null || !forView) {
      map['avgStrideRatio'] = avgStrideRatio;
    }
    if (sdevStrideRatio != null || !forView) {
      map['sdevStrideRatio'] = sdevStrideRatio;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (nonParsable != null) {
      map['nonParsable'] = forQuery ? (nonParsable! ? 1 : 0) : nonParsable;
    } else if (nonParsable != null || !forView) {
      map['nonParsable'] = null;
    }
    if (excluded != null) {
      map['excluded'] = forQuery ? (excluded! ? 1 : 0) : excluded;
    } else if (excluded != null || !forView) {
      map['excluded'] = null;
    }
    if (manual != null) {
      map['manual'] = forQuery ? (manual! ? 1 : 0) : manual;
    } else if (manual != null || !forView) {
      map['manual'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (state != null || !forView) {
      map['state'] = state;
    }
    if (path != null || !forView) {
      map['path'] = path;
    }
    if (stravaId != null || !forView) {
      map['stravaId'] = stravaId;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (type != null || !forView) {
      map['type'] = type;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (serialNumber != null || !forView) {
      map['serialNumber'] = serialNumber;
    }
    if (timeCreated != null) {
      map['timeCreated'] = forJson
          ? timeCreated!.toString()
          : forQuery
              ? timeCreated!.millisecondsSinceEpoch
              : timeCreated;
    } else if (timeCreated != null || !forView) {
      map['timeCreated'] = null;
    }
    if (sportName != null || !forView) {
      map['sportName'] = sportName;
    }
    if (sport != null || !forView) {
      map['sport'] = sport;
    }
    if (subSport != null || !forView) {
      map['subSport'] = subSport;
    }
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (startTime != null) {
      map['startTime'] = forJson
          ? startTime!.toString()
          : forQuery
              ? startTime!.millisecondsSinceEpoch
              : startTime;
    } else if (startTime != null || !forView) {
      map['startTime'] = null;
    }
    if (startPositionLat != null || !forView) {
      map['startPositionLat'] = startPositionLat;
    }
    if (startPositionLong != null || !forView) {
      map['startPositionLong'] = startPositionLong;
    }
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (totalDistance != null || !forView) {
      map['totalDistance'] = totalDistance;
    }
    if (totalStrides != null || !forView) {
      map['totalStrides'] = totalStrides;
    }
    if (totalCalories != null || !forView) {
      map['totalCalories'] = totalCalories;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (maxRunningCadence != null || !forView) {
      map['maxRunningCadence'] = maxRunningCadence;
    }
    if (trigger != null || !forView) {
      map['trigger'] = trigger;
    }
    if (avgTemperature != null || !forView) {
      map['avgTemperature'] = avgTemperature;
    }
    if (maxTemperature != null || !forView) {
      map['maxTemperature'] = maxTemperature;
    }
    if (avgFractionalCadence != null || !forView) {
      map['avgFractionalCadence'] = avgFractionalCadence;
    }
    if (maxFractionalCadence != null || !forView) {
      map['maxFractionalCadence'] = maxFractionalCadence;
    }
    if (totalFractionalCycles != null || !forView) {
      map['totalFractionalCycles'] = totalFractionalCycles;
    }
    if (avgStanceTimePercent != null || !forView) {
      map['avgStanceTimePercent'] = avgStanceTimePercent;
    }
    if (avgStanceTime != null || !forView) {
      map['avgStanceTime'] = avgStanceTime;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (avgRunningCadence != null || !forView) {
      map['avgRunningCadence'] = avgRunningCadence;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (totalElapsedTime != null || !forView) {
      map['totalElapsedTime'] = totalElapsedTime;
    }
    if (totalTimerTime != null || !forView) {
      map['totalTimerTime'] = totalTimerTime;
    }
    if (totalTrainingEffect != null || !forView) {
      map['totalTrainingEffect'] = totalTrainingEffect;
    }
    if (necLat != null || !forView) {
      map['necLat'] = necLat;
    }
    if (necLong != null || !forView) {
      map['necLong'] = necLong;
    }
    if (swcLat != null || !forView) {
      map['swcLat'] = swcLat;
    }
    if (swcLong != null || !forView) {
      map['swcLong'] = swcLong;
    }
    if (firstLapIndex != null || !forView) {
      map['firstLapIndex'] = firstLapIndex;
    }
    if (numLaps != null || !forView) {
      map['numLaps'] = numLaps;
    }
    if (numSessions != null || !forView) {
      map['numSessions'] = numSessions;
    }
    if (localTimestamp != null) {
      map['localTimestamp'] = forJson
          ? localTimestamp!.toString()
          : forQuery
              ? localTimestamp!.millisecondsSinceEpoch
              : localTimestamp;
    } else if (localTimestamp != null || !forView) {
      map['localTimestamp'] = null;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgPowerRatio != null || !forView) {
      map['avgPowerRatio'] = avgPowerRatio;
    }
    if (sdevPowerRatio != null || !forView) {
      map['sdevPowerRatio'] = sdevPowerRatio;
    }
    if (avgStrideRatio != null || !forView) {
      map['avgStrideRatio'] = avgStrideRatio;
    }
    if (sdevStrideRatio != null || !forView) {
      map['sdevStrideRatio'] = sdevStrideRatio;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (nonParsable != null) {
      map['nonParsable'] = forQuery ? (nonParsable! ? 1 : 0) : nonParsable;
    } else if (nonParsable != null || !forView) {
      map['nonParsable'] = null;
    }
    if (excluded != null) {
      map['excluded'] = forQuery ? (excluded! ? 1 : 0) : excluded;
    } else if (excluded != null || !forView) {
      map['excluded'] = null;
    }
    if (manual != null) {
      map['manual'] = forQuery ? (manual! ? 1 : 0) : manual;
    } else if (manual != null || !forView) {
      map['manual'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

// COLLECTIONS (DbActivity)
    if (!forQuery) {
      map['DbEvents'] = await getDbEvents()!.toMapList();
    }
    if (!forQuery) {
      map['DbLaps'] = await getDbLaps()!.toMapList();
    }
    if (!forQuery) {
      map['DbIntervals'] = await getDbIntervals()!.toMapList();
    }
    if (!forQuery) {
      map['DbActivityTaggings'] = await getDbActivityTaggings()!.toMapList();
    }
// END COLLECTIONS (DbActivity)

    return map;
  }

  /// This method returns Json String [DbActivity]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbActivity]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      state,
      path,
      stravaId,
      name,
      movingTime,
      type,
      distance,
      serialNumber,
      timeCreated != null ? timeCreated!.millisecondsSinceEpoch : null,
      sportName,
      sport,
      subSport,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      startTime != null ? startTime!.millisecondsSinceEpoch : null,
      startPositionLat,
      startPositionLong,
      event,
      eventType,
      eventGroup,
      totalDistance,
      totalStrides,
      totalCalories,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      sdevSpeed,
      sdevPace,
      minSpeed,
      maxSpeed,
      totalAscent,
      totalDescent,
      maxRunningCadence,
      trigger,
      avgTemperature,
      maxTemperature,
      avgFractionalCadence,
      maxFractionalCadence,
      totalFractionalCycles,
      avgStanceTimePercent,
      avgStanceTime,
      avgHeartRate,
      maxHeartRate,
      avgRunningCadence,
      avgVerticalOscillation,
      totalElapsedTime,
      totalTimerTime,
      totalTrainingEffect,
      necLat,
      necLong,
      swcLat,
      swcLong,
      firstLapIndex,
      numLaps,
      numSessions,
      localTimestamp != null ? localTimestamp!.millisecondsSinceEpoch : null,
      avgPower,
      sdevPower,
      minPower,
      maxPower,
      minHeartRate,
      sdevHeartRate,
      avgGroundTime,
      sdevGroundTime,
      avgLegSpringStiffness,
      sdevLegSpringStiffness,
      avgFormPower,
      sdevFormPower,
      avgPowerRatio,
      sdevPowerRatio,
      avgStrideRatio,
      sdevStrideRatio,
      avgStrydCadence,
      sdevStrydCadence,
      sdevVerticalOscillation,
      cp,
      ftp,
      nonParsable,
      excluded,
      manual,
      athletesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      state,
      path,
      stravaId,
      name,
      movingTime,
      type,
      distance,
      serialNumber,
      timeCreated != null ? timeCreated!.millisecondsSinceEpoch : null,
      sportName,
      sport,
      subSport,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      startTime != null ? startTime!.millisecondsSinceEpoch : null,
      startPositionLat,
      startPositionLong,
      event,
      eventType,
      eventGroup,
      totalDistance,
      totalStrides,
      totalCalories,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      sdevSpeed,
      sdevPace,
      minSpeed,
      maxSpeed,
      totalAscent,
      totalDescent,
      maxRunningCadence,
      trigger,
      avgTemperature,
      maxTemperature,
      avgFractionalCadence,
      maxFractionalCadence,
      totalFractionalCycles,
      avgStanceTimePercent,
      avgStanceTime,
      avgHeartRate,
      maxHeartRate,
      avgRunningCadence,
      avgVerticalOscillation,
      totalElapsedTime,
      totalTimerTime,
      totalTrainingEffect,
      necLat,
      necLong,
      swcLat,
      swcLong,
      firstLapIndex,
      numLaps,
      numSessions,
      localTimestamp != null ? localTimestamp!.millisecondsSinceEpoch : null,
      avgPower,
      sdevPower,
      minPower,
      maxPower,
      minHeartRate,
      sdevHeartRate,
      avgGroundTime,
      sdevGroundTime,
      avgLegSpringStiffness,
      sdevLegSpringStiffness,
      avgFormPower,
      sdevFormPower,
      avgPowerRatio,
      sdevPowerRatio,
      avgStrideRatio,
      sdevStrideRatio,
      avgStrydCadence,
      sdevStrydCadence,
      sdevVerticalOscillation,
      cp,
      ftp,
      nonParsable,
      excluded,
      manual,
      athletesId
    ];
  }

  static Future<List<DbActivity>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbActivity.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbActivity>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbActivity>[];
    try {
      objList = list
          .map((dbactivity) =>
              DbActivity.fromMap(dbactivity as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbActivity.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbActivity>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbActivity> objList = <DbActivity>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbActivity.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('activities.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('activities.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbLaps') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLaps'))) {
          /*_loadedfields!.add('activities.plDbLaps'); */ obj.plDbLaps =
              obj.plDbLaps ??
                  await obj.getDbLaps()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('activities.plDbIntervals'); */ obj
                  .plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('activities.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbActivity by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbActivity] if exist, otherwise returns null
  Future<DbActivity?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbActivity? obj;
    final data = await _mnDbActivity.getById([id]);
    if (data.length != 0) {
      obj = DbActivity.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('activities.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('activities.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbLaps') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLaps'))) {
          /*_loadedfields!.add('activities.plDbLaps'); */ obj.plDbLaps =
              obj.plDbLaps ??
                  await obj.getDbLaps()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('activities.plDbIntervals'); */ obj
                  .plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('activities.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbActivity) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbActivity.insert(this, ignoreBatch);
    } else {
      await _mnDbActivity.update(this);
    }

    return id;
  }

  /// Saves the (DbActivity) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbActivity.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbActivity.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbActivity. Returns a new Primary Key value of DbActivity

  /// <returns>Returns a new Primary Key value of DbActivity
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbActivity> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbActivity> dbactivities,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbactivities) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbactivities.length; i++) {
        if (dbactivities[i].id == null) {
          dbactivities[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbActivity.rawInsert(
          'INSERT OR REPLACE INTO activities (id, state, path, stravaId, name, movingTime, type, distance, serialNumber, timeCreated, sportName, sport, subSport, timeStamp, startTime, startPositionLat, startPositionLong, event, eventType, eventGroup, totalDistance, totalStrides, totalCalories, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, sdevSpeed, sdevPace, minSpeed, maxSpeed, totalAscent, totalDescent, maxRunningCadence, trigger, avgTemperature, maxTemperature, avgFractionalCadence, maxFractionalCadence, totalFractionalCycles, avgStanceTimePercent, avgStanceTime, avgHeartRate, maxHeartRate, avgRunningCadence, avgVerticalOscillation, totalElapsedTime, totalTimerTime, totalTrainingEffect, necLat, necLong, swcLat, swcLong, firstLapIndex, numLaps, numSessions, localTimestamp, avgPower, sdevPower, minPower, maxPower, minHeartRate, sdevHeartRate, avgGroundTime, sdevGroundTime, avgLegSpringStiffness, sdevLegSpringStiffness, avgFormPower, sdevFormPower, avgPowerRatio, sdevPowerRatio, avgStrideRatio, sdevStrideRatio, avgStrydCadence, sdevStrydCadence, sdevVerticalOscillation, cp, ftp, nonParsable, excluded, manual, athletesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
          [
            id,
            state,
            path,
            stravaId,
            name,
            movingTime,
            type,
            distance,
            serialNumber,
            timeCreated != null ? timeCreated!.millisecondsSinceEpoch : null,
            sportName,
            sport,
            subSport,
            timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
            startTime != null ? startTime!.millisecondsSinceEpoch : null,
            startPositionLat,
            startPositionLong,
            event,
            eventType,
            eventGroup,
            totalDistance,
            totalStrides,
            totalCalories,
            avgSpeed,
            avgSpeedByMeasurements,
            avgSpeedBySpeed,
            avgSpeedByDistance,
            sdevSpeed,
            sdevPace,
            minSpeed,
            maxSpeed,
            totalAscent,
            totalDescent,
            maxRunningCadence,
            trigger,
            avgTemperature,
            maxTemperature,
            avgFractionalCadence,
            maxFractionalCadence,
            totalFractionalCycles,
            avgStanceTimePercent,
            avgStanceTime,
            avgHeartRate,
            maxHeartRate,
            avgRunningCadence,
            avgVerticalOscillation,
            totalElapsedTime,
            totalTimerTime,
            totalTrainingEffect,
            necLat,
            necLong,
            swcLat,
            swcLong,
            firstLapIndex,
            numLaps,
            numSessions,
            localTimestamp != null
                ? localTimestamp!.millisecondsSinceEpoch
                : null,
            avgPower,
            sdevPower,
            minPower,
            maxPower,
            minHeartRate,
            sdevHeartRate,
            avgGroundTime,
            sdevGroundTime,
            avgLegSpringStiffness,
            sdevLegSpringStiffness,
            avgFormPower,
            sdevFormPower,
            avgPowerRatio,
            sdevPowerRatio,
            avgStrideRatio,
            sdevStrideRatio,
            avgStrydCadence,
            sdevStrydCadence,
            sdevVerticalOscillation,
            cp,
            ftp,
            nonParsable,
            excluded,
            manual,
            athletesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbActivity id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbActivity id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbActivity Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbActivity>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbActivity> dbactivities,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbActivity.rawInsertAll(
        'INSERT OR REPLACE INTO activities (id, state, path, stravaId, name, movingTime, type, distance, serialNumber, timeCreated, sportName, sport, subSport, timeStamp, startTime, startPositionLat, startPositionLong, event, eventType, eventGroup, totalDistance, totalStrides, totalCalories, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, sdevSpeed, sdevPace, minSpeed, maxSpeed, totalAscent, totalDescent, maxRunningCadence, trigger, avgTemperature, maxTemperature, avgFractionalCadence, maxFractionalCadence, totalFractionalCycles, avgStanceTimePercent, avgStanceTime, avgHeartRate, maxHeartRate, avgRunningCadence, avgVerticalOscillation, totalElapsedTime, totalTimerTime, totalTrainingEffect, necLat, necLong, swcLat, swcLong, firstLapIndex, numLaps, numSessions, localTimestamp, avgPower, sdevPower, minPower, maxPower, minHeartRate, sdevHeartRate, avgGroundTime, sdevGroundTime, avgLegSpringStiffness, sdevLegSpringStiffness, avgFormPower, sdevFormPower, avgPowerRatio, sdevPowerRatio, avgStrideRatio, sdevStrideRatio, avgStrydCadence, sdevStrydCadence, sdevVerticalOscillation, cp, ftp, nonParsable, excluded, manual, athletesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
        dbactivities,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbActivity

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbActivity invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbEvent()
          .select()
          .activitiesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result =
          await DbLap().select().activitiesId.equals(id).and.delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbInterval()
          .select()
          .activitiesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbActivityTagging()
          .select()
          .activitiesId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbActivity
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbActivity.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbActivity] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbActivityFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbActivityFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbActivityFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbActivityFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    state = state ?? 'new';
    athletesId = athletesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbactivity

// region DbActivityField
class DbActivityField extends FilterBase {
  DbActivityField(DbActivityFilterBuilder dbactivityFB) : super(dbactivityFB);

  @override
  DbActivityFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder isNull() {
    return super.isNull() as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbActivityFilterBuilder;
  }

  @override
  DbActivityField get not {
    return super.not as DbActivityField;
  }
}
// endregion DbActivityField

// region DbActivityFilterBuilder
class DbActivityFilterBuilder extends ConjunctionBase {
  DbActivityFilterBuilder(DbActivity obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbActivity = obj._mnDbActivity;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbActivityManager? _mnDbActivity;

  /// put the sql keyword 'AND'
  @override
  DbActivityFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbActivityFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbActivityFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbActivityFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbActivityFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbActivityFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbActivityFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbActivityFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbActivityFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbActivityFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbActivityFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbActivityField _setField(
      DbActivityField? field, String colName, DbType dbtype) {
    return DbActivityField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbActivityField? _id;
  DbActivityField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbActivityField? _state;
  DbActivityField get state {
    return _state = _setField(_state, 'state', DbType.text);
  }

  DbActivityField? _path;
  DbActivityField get path {
    return _path = _setField(_path, 'path', DbType.text);
  }

  DbActivityField? _stravaId;
  DbActivityField get stravaId {
    return _stravaId = _setField(_stravaId, 'stravaId', DbType.integer);
  }

  DbActivityField? _name;
  DbActivityField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbActivityField? _movingTime;
  DbActivityField get movingTime {
    return _movingTime = _setField(_movingTime, 'movingTime', DbType.integer);
  }

  DbActivityField? _type;
  DbActivityField get type {
    return _type = _setField(_type, 'type', DbType.text);
  }

  DbActivityField? _distance;
  DbActivityField get distance {
    return _distance = _setField(_distance, 'distance', DbType.integer);
  }

  DbActivityField? _serialNumber;
  DbActivityField get serialNumber {
    return _serialNumber =
        _setField(_serialNumber, 'serialNumber', DbType.integer);
  }

  DbActivityField? _timeCreated;
  DbActivityField get timeCreated {
    return _timeCreated =
        _setField(_timeCreated, 'timeCreated', DbType.datetime);
  }

  DbActivityField? _sportName;
  DbActivityField get sportName {
    return _sportName = _setField(_sportName, 'sportName', DbType.text);
  }

  DbActivityField? _sport;
  DbActivityField get sport {
    return _sport = _setField(_sport, 'sport', DbType.text);
  }

  DbActivityField? _subSport;
  DbActivityField get subSport {
    return _subSport = _setField(_subSport, 'subSport', DbType.text);
  }

  DbActivityField? _timeStamp;
  DbActivityField get timeStamp {
    return _timeStamp = _setField(_timeStamp, 'timeStamp', DbType.datetime);
  }

  DbActivityField? _startTime;
  DbActivityField get startTime {
    return _startTime = _setField(_startTime, 'startTime', DbType.datetime);
  }

  DbActivityField? _startPositionLat;
  DbActivityField get startPositionLat {
    return _startPositionLat =
        _setField(_startPositionLat, 'startPositionLat', DbType.real);
  }

  DbActivityField? _startPositionLong;
  DbActivityField get startPositionLong {
    return _startPositionLong =
        _setField(_startPositionLong, 'startPositionLong', DbType.real);
  }

  DbActivityField? _event;
  DbActivityField get event {
    return _event = _setField(_event, 'event', DbType.text);
  }

  DbActivityField? _eventType;
  DbActivityField get eventType {
    return _eventType = _setField(_eventType, 'eventType', DbType.text);
  }

  DbActivityField? _eventGroup;
  DbActivityField get eventGroup {
    return _eventGroup = _setField(_eventGroup, 'eventGroup', DbType.integer);
  }

  DbActivityField? _totalDistance;
  DbActivityField get totalDistance {
    return _totalDistance =
        _setField(_totalDistance, 'totalDistance', DbType.integer);
  }

  DbActivityField? _totalStrides;
  DbActivityField get totalStrides {
    return _totalStrides =
        _setField(_totalStrides, 'totalStrides', DbType.integer);
  }

  DbActivityField? _totalCalories;
  DbActivityField get totalCalories {
    return _totalCalories =
        _setField(_totalCalories, 'totalCalories', DbType.integer);
  }

  DbActivityField? _avgSpeed;
  DbActivityField get avgSpeed {
    return _avgSpeed = _setField(_avgSpeed, 'avgSpeed', DbType.real);
  }

  DbActivityField? _avgSpeedByMeasurements;
  DbActivityField get avgSpeedByMeasurements {
    return _avgSpeedByMeasurements = _setField(
        _avgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  DbActivityField? _avgSpeedBySpeed;
  DbActivityField get avgSpeedBySpeed {
    return _avgSpeedBySpeed =
        _setField(_avgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  DbActivityField? _avgSpeedByDistance;
  DbActivityField get avgSpeedByDistance {
    return _avgSpeedByDistance =
        _setField(_avgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  DbActivityField? _sdevSpeed;
  DbActivityField get sdevSpeed {
    return _sdevSpeed = _setField(_sdevSpeed, 'sdevSpeed', DbType.real);
  }

  DbActivityField? _sdevPace;
  DbActivityField get sdevPace {
    return _sdevPace = _setField(_sdevPace, 'sdevPace', DbType.real);
  }

  DbActivityField? _minSpeed;
  DbActivityField get minSpeed {
    return _minSpeed = _setField(_minSpeed, 'minSpeed', DbType.real);
  }

  DbActivityField? _maxSpeed;
  DbActivityField get maxSpeed {
    return _maxSpeed = _setField(_maxSpeed, 'maxSpeed', DbType.real);
  }

  DbActivityField? _totalAscent;
  DbActivityField get totalAscent {
    return _totalAscent =
        _setField(_totalAscent, 'totalAscent', DbType.integer);
  }

  DbActivityField? _totalDescent;
  DbActivityField get totalDescent {
    return _totalDescent =
        _setField(_totalDescent, 'totalDescent', DbType.integer);
  }

  DbActivityField? _maxRunningCadence;
  DbActivityField get maxRunningCadence {
    return _maxRunningCadence =
        _setField(_maxRunningCadence, 'maxRunningCadence', DbType.integer);
  }

  DbActivityField? _trigger;
  DbActivityField get trigger {
    return _trigger = _setField(_trigger, 'trigger', DbType.text);
  }

  DbActivityField? _avgTemperature;
  DbActivityField get avgTemperature {
    return _avgTemperature =
        _setField(_avgTemperature, 'avgTemperature', DbType.integer);
  }

  DbActivityField? _maxTemperature;
  DbActivityField get maxTemperature {
    return _maxTemperature =
        _setField(_maxTemperature, 'maxTemperature', DbType.integer);
  }

  DbActivityField? _avgFractionalCadence;
  DbActivityField get avgFractionalCadence {
    return _avgFractionalCadence =
        _setField(_avgFractionalCadence, 'avgFractionalCadence', DbType.real);
  }

  DbActivityField? _maxFractionalCadence;
  DbActivityField get maxFractionalCadence {
    return _maxFractionalCadence =
        _setField(_maxFractionalCadence, 'maxFractionalCadence', DbType.real);
  }

  DbActivityField? _totalFractionalCycles;
  DbActivityField get totalFractionalCycles {
    return _totalFractionalCycles =
        _setField(_totalFractionalCycles, 'totalFractionalCycles', DbType.real);
  }

  DbActivityField? _avgStanceTimePercent;
  DbActivityField get avgStanceTimePercent {
    return _avgStanceTimePercent =
        _setField(_avgStanceTimePercent, 'avgStanceTimePercent', DbType.real);
  }

  DbActivityField? _avgStanceTime;
  DbActivityField get avgStanceTime {
    return _avgStanceTime =
        _setField(_avgStanceTime, 'avgStanceTime', DbType.real);
  }

  DbActivityField? _avgHeartRate;
  DbActivityField get avgHeartRate {
    return _avgHeartRate =
        _setField(_avgHeartRate, 'avgHeartRate', DbType.integer);
  }

  DbActivityField? _maxHeartRate;
  DbActivityField get maxHeartRate {
    return _maxHeartRate =
        _setField(_maxHeartRate, 'maxHeartRate', DbType.integer);
  }

  DbActivityField? _avgRunningCadence;
  DbActivityField get avgRunningCadence {
    return _avgRunningCadence =
        _setField(_avgRunningCadence, 'avgRunningCadence', DbType.real);
  }

  DbActivityField? _avgVerticalOscillation;
  DbActivityField get avgVerticalOscillation {
    return _avgVerticalOscillation = _setField(
        _avgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  DbActivityField? _totalElapsedTime;
  DbActivityField get totalElapsedTime {
    return _totalElapsedTime =
        _setField(_totalElapsedTime, 'totalElapsedTime', DbType.integer);
  }

  DbActivityField? _totalTimerTime;
  DbActivityField get totalTimerTime {
    return _totalTimerTime =
        _setField(_totalTimerTime, 'totalTimerTime', DbType.integer);
  }

  DbActivityField? _totalTrainingEffect;
  DbActivityField get totalTrainingEffect {
    return _totalTrainingEffect =
        _setField(_totalTrainingEffect, 'totalTrainingEffect', DbType.integer);
  }

  DbActivityField? _necLat;
  DbActivityField get necLat {
    return _necLat = _setField(_necLat, 'necLat', DbType.real);
  }

  DbActivityField? _necLong;
  DbActivityField get necLong {
    return _necLong = _setField(_necLong, 'necLong', DbType.real);
  }

  DbActivityField? _swcLat;
  DbActivityField get swcLat {
    return _swcLat = _setField(_swcLat, 'swcLat', DbType.real);
  }

  DbActivityField? _swcLong;
  DbActivityField get swcLong {
    return _swcLong = _setField(_swcLong, 'swcLong', DbType.real);
  }

  DbActivityField? _firstLapIndex;
  DbActivityField get firstLapIndex {
    return _firstLapIndex =
        _setField(_firstLapIndex, 'firstLapIndex', DbType.integer);
  }

  DbActivityField? _numLaps;
  DbActivityField get numLaps {
    return _numLaps = _setField(_numLaps, 'numLaps', DbType.integer);
  }

  DbActivityField? _numSessions;
  DbActivityField get numSessions {
    return _numSessions =
        _setField(_numSessions, 'numSessions', DbType.integer);
  }

  DbActivityField? _localTimestamp;
  DbActivityField get localTimestamp {
    return _localTimestamp =
        _setField(_localTimestamp, 'localTimestamp', DbType.datetime);
  }

  DbActivityField? _avgPower;
  DbActivityField get avgPower {
    return _avgPower = _setField(_avgPower, 'avgPower', DbType.real);
  }

  DbActivityField? _sdevPower;
  DbActivityField get sdevPower {
    return _sdevPower = _setField(_sdevPower, 'sdevPower', DbType.real);
  }

  DbActivityField? _minPower;
  DbActivityField get minPower {
    return _minPower = _setField(_minPower, 'minPower', DbType.integer);
  }

  DbActivityField? _maxPower;
  DbActivityField get maxPower {
    return _maxPower = _setField(_maxPower, 'maxPower', DbType.integer);
  }

  DbActivityField? _minHeartRate;
  DbActivityField get minHeartRate {
    return _minHeartRate =
        _setField(_minHeartRate, 'minHeartRate', DbType.integer);
  }

  DbActivityField? _sdevHeartRate;
  DbActivityField get sdevHeartRate {
    return _sdevHeartRate =
        _setField(_sdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  DbActivityField? _avgGroundTime;
  DbActivityField get avgGroundTime {
    return _avgGroundTime =
        _setField(_avgGroundTime, 'avgGroundTime', DbType.real);
  }

  DbActivityField? _sdevGroundTime;
  DbActivityField get sdevGroundTime {
    return _sdevGroundTime =
        _setField(_sdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  DbActivityField? _avgLegSpringStiffness;
  DbActivityField get avgLegSpringStiffness {
    return _avgLegSpringStiffness =
        _setField(_avgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  DbActivityField? _sdevLegSpringStiffness;
  DbActivityField get sdevLegSpringStiffness {
    return _sdevLegSpringStiffness = _setField(
        _sdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  DbActivityField? _avgFormPower;
  DbActivityField get avgFormPower {
    return _avgFormPower =
        _setField(_avgFormPower, 'avgFormPower', DbType.real);
  }

  DbActivityField? _sdevFormPower;
  DbActivityField get sdevFormPower {
    return _sdevFormPower =
        _setField(_sdevFormPower, 'sdevFormPower', DbType.real);
  }

  DbActivityField? _avgPowerRatio;
  DbActivityField get avgPowerRatio {
    return _avgPowerRatio =
        _setField(_avgPowerRatio, 'avgPowerRatio', DbType.real);
  }

  DbActivityField? _sdevPowerRatio;
  DbActivityField get sdevPowerRatio {
    return _sdevPowerRatio =
        _setField(_sdevPowerRatio, 'sdevPowerRatio', DbType.real);
  }

  DbActivityField? _avgStrideRatio;
  DbActivityField get avgStrideRatio {
    return _avgStrideRatio =
        _setField(_avgStrideRatio, 'avgStrideRatio', DbType.real);
  }

  DbActivityField? _sdevStrideRatio;
  DbActivityField get sdevStrideRatio {
    return _sdevStrideRatio =
        _setField(_sdevStrideRatio, 'sdevStrideRatio', DbType.real);
  }

  DbActivityField? _avgStrydCadence;
  DbActivityField get avgStrydCadence {
    return _avgStrydCadence =
        _setField(_avgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  DbActivityField? _sdevStrydCadence;
  DbActivityField get sdevStrydCadence {
    return _sdevStrydCadence =
        _setField(_sdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  DbActivityField? _sdevVerticalOscillation;
  DbActivityField get sdevVerticalOscillation {
    return _sdevVerticalOscillation = _setField(
        _sdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  DbActivityField? _cp;
  DbActivityField get cp {
    return _cp = _setField(_cp, 'cp', DbType.real);
  }

  DbActivityField? _ftp;
  DbActivityField get ftp {
    return _ftp = _setField(_ftp, 'ftp', DbType.real);
  }

  DbActivityField? _nonParsable;
  DbActivityField get nonParsable {
    return _nonParsable = _setField(_nonParsable, 'nonParsable', DbType.bool);
  }

  DbActivityField? _excluded;
  DbActivityField get excluded {
    return _excluded = _setField(_excluded, 'excluded', DbType.bool);
  }

  DbActivityField? _manual;
  DbActivityField get manual {
    return _manual = _setField(_manual, 'manual', DbType.bool);
  }

  DbActivityField? _athletesId;
  DbActivityField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  /// Deletes List<DbActivity> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbEvent) according to DeleteRule.CASCADE
    final idListDbEventBYactivitiesId = toListPrimaryKeySQL(false);
    final resDbEventBYactivitiesId = await DbEvent()
        .select()
        .where('activitiesId IN (${idListDbEventBYactivitiesId['sql']})',
            parameterValue: idListDbEventBYactivitiesId['args'])
        .delete(hardDelete);
    if (!resDbEventBYactivitiesId.success) {
      return resDbEventBYactivitiesId;
    }
// Delete sub records where in (DbLap) according to DeleteRule.CASCADE
    final idListDbLapBYactivitiesId = toListPrimaryKeySQL(false);
    final resDbLapBYactivitiesId = await DbLap()
        .select()
        .where('activitiesId IN (${idListDbLapBYactivitiesId['sql']})',
            parameterValue: idListDbLapBYactivitiesId['args'])
        .delete(hardDelete);
    if (!resDbLapBYactivitiesId.success) {
      return resDbLapBYactivitiesId;
    }
// Delete sub records where in (DbInterval) according to DeleteRule.CASCADE
    final idListDbIntervalBYactivitiesId = toListPrimaryKeySQL(false);
    final resDbIntervalBYactivitiesId = await DbInterval()
        .select()
        .where('activitiesId IN (${idListDbIntervalBYactivitiesId['sql']})',
            parameterValue: idListDbIntervalBYactivitiesId['args'])
        .delete(hardDelete);
    if (!resDbIntervalBYactivitiesId.success) {
      return resDbIntervalBYactivitiesId;
    }
// Delete sub records where in (DbActivityTagging) according to DeleteRule.CASCADE
    final idListDbActivityTaggingBYactivitiesId = toListPrimaryKeySQL(false);
    final resDbActivityTaggingBYactivitiesId = await DbActivityTagging()
        .select()
        .where(
            'activitiesId IN (${idListDbActivityTaggingBYactivitiesId['sql']})',
            parameterValue: idListDbActivityTaggingBYactivitiesId['args'])
        .delete(hardDelete);
    if (!resDbActivityTaggingBYactivitiesId.success) {
      return resDbActivityTaggingBYactivitiesId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbActivity!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbActivity!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from activities ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbActivity!.updateBatch(qparams, values);
  }

  /// This method always returns [DbActivity] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbActivity?
  @override
  Future<DbActivity?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbActivity!.toList(qparams);
    final data = await objFuture;
    DbActivity? obj;
    if (data.isNotEmpty) {
      obj = DbActivity.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('activities.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('activities.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbLaps') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLaps'))) {
          /*_loadedfields!.add('activities.plDbLaps'); */ obj.plDbLaps =
              obj.plDbLaps ??
                  await obj.getDbLaps()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('activities.plDbIntervals'); */ obj
                  .plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('activities.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('activities.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbActivity]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbActivity?
  @override
  Future<DbActivity> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbActivity();
  }

  /// This method returns int. [DbActivity]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbactivityCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbactivitiesFuture = await _mnDbActivity!.toList(qparams);
    final int count = dbactivitiesFuture[0]['CNT'] as int;
    if (dbactivityCount != null) {
      dbactivityCount(count);
    }
    return count;
  }

  /// This method returns List<DbActivity> [DbActivity]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbActivity>
  @override
  Future<List<DbActivity>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbActivity> dbactivitiesData = await DbActivity.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbactivitiesData;
  }

  /// This method returns Json String [DbActivity]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbActivity]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbActivity]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbActivity!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbActivity]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM activities WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbActivity!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbActivity]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbActivity!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbActivity.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbActivity!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbActivityFilterBuilder

// region DbActivityFields
class DbActivityFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fState;
  static TableField get state {
    return _fState =
        _fState ?? SqlSyntax.setField(_fState, 'state', DbType.text);
  }

  static TableField? _fPath;
  static TableField get path {
    return _fPath = _fPath ?? SqlSyntax.setField(_fPath, 'path', DbType.text);
  }

  static TableField? _fStravaId;
  static TableField get stravaId {
    return _fStravaId = _fStravaId ??
        SqlSyntax.setField(_fStravaId, 'stravaId', DbType.integer);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fMovingTime;
  static TableField get movingTime {
    return _fMovingTime = _fMovingTime ??
        SqlSyntax.setField(_fMovingTime, 'movingTime', DbType.integer);
  }

  static TableField? _fType;
  static TableField get type {
    return _fType = _fType ?? SqlSyntax.setField(_fType, 'type', DbType.text);
  }

  static TableField? _fDistance;
  static TableField get distance {
    return _fDistance = _fDistance ??
        SqlSyntax.setField(_fDistance, 'distance', DbType.integer);
  }

  static TableField? _fSerialNumber;
  static TableField get serialNumber {
    return _fSerialNumber = _fSerialNumber ??
        SqlSyntax.setField(_fSerialNumber, 'serialNumber', DbType.integer);
  }

  static TableField? _fTimeCreated;
  static TableField get timeCreated {
    return _fTimeCreated = _fTimeCreated ??
        SqlSyntax.setField(_fTimeCreated, 'timeCreated', DbType.datetime);
  }

  static TableField? _fSportName;
  static TableField get sportName {
    return _fSportName = _fSportName ??
        SqlSyntax.setField(_fSportName, 'sportName', DbType.text);
  }

  static TableField? _fSport;
  static TableField get sport {
    return _fSport =
        _fSport ?? SqlSyntax.setField(_fSport, 'sport', DbType.text);
  }

  static TableField? _fSubSport;
  static TableField get subSport {
    return _fSubSport =
        _fSubSport ?? SqlSyntax.setField(_fSubSport, 'subSport', DbType.text);
  }

  static TableField? _fTimeStamp;
  static TableField get timeStamp {
    return _fTimeStamp = _fTimeStamp ??
        SqlSyntax.setField(_fTimeStamp, 'timeStamp', DbType.datetime);
  }

  static TableField? _fStartTime;
  static TableField get startTime {
    return _fStartTime = _fStartTime ??
        SqlSyntax.setField(_fStartTime, 'startTime', DbType.datetime);
  }

  static TableField? _fStartPositionLat;
  static TableField get startPositionLat {
    return _fStartPositionLat = _fStartPositionLat ??
        SqlSyntax.setField(_fStartPositionLat, 'startPositionLat', DbType.real);
  }

  static TableField? _fStartPositionLong;
  static TableField get startPositionLong {
    return _fStartPositionLong = _fStartPositionLong ??
        SqlSyntax.setField(
            _fStartPositionLong, 'startPositionLong', DbType.real);
  }

  static TableField? _fEvent;
  static TableField get event {
    return _fEvent =
        _fEvent ?? SqlSyntax.setField(_fEvent, 'event', DbType.text);
  }

  static TableField? _fEventType;
  static TableField get eventType {
    return _fEventType = _fEventType ??
        SqlSyntax.setField(_fEventType, 'eventType', DbType.text);
  }

  static TableField? _fEventGroup;
  static TableField get eventGroup {
    return _fEventGroup = _fEventGroup ??
        SqlSyntax.setField(_fEventGroup, 'eventGroup', DbType.integer);
  }

  static TableField? _fTotalDistance;
  static TableField get totalDistance {
    return _fTotalDistance = _fTotalDistance ??
        SqlSyntax.setField(_fTotalDistance, 'totalDistance', DbType.integer);
  }

  static TableField? _fTotalStrides;
  static TableField get totalStrides {
    return _fTotalStrides = _fTotalStrides ??
        SqlSyntax.setField(_fTotalStrides, 'totalStrides', DbType.integer);
  }

  static TableField? _fTotalCalories;
  static TableField get totalCalories {
    return _fTotalCalories = _fTotalCalories ??
        SqlSyntax.setField(_fTotalCalories, 'totalCalories', DbType.integer);
  }

  static TableField? _fAvgSpeed;
  static TableField get avgSpeed {
    return _fAvgSpeed =
        _fAvgSpeed ?? SqlSyntax.setField(_fAvgSpeed, 'avgSpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByMeasurements;
  static TableField get avgSpeedByMeasurements {
    return _fAvgSpeedByMeasurements = _fAvgSpeedByMeasurements ??
        SqlSyntax.setField(
            _fAvgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  static TableField? _fAvgSpeedBySpeed;
  static TableField get avgSpeedBySpeed {
    return _fAvgSpeedBySpeed = _fAvgSpeedBySpeed ??
        SqlSyntax.setField(_fAvgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByDistance;
  static TableField get avgSpeedByDistance {
    return _fAvgSpeedByDistance = _fAvgSpeedByDistance ??
        SqlSyntax.setField(
            _fAvgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  static TableField? _fSdevSpeed;
  static TableField get sdevSpeed {
    return _fSdevSpeed = _fSdevSpeed ??
        SqlSyntax.setField(_fSdevSpeed, 'sdevSpeed', DbType.real);
  }

  static TableField? _fSdevPace;
  static TableField get sdevPace {
    return _fSdevPace =
        _fSdevPace ?? SqlSyntax.setField(_fSdevPace, 'sdevPace', DbType.real);
  }

  static TableField? _fMinSpeed;
  static TableField get minSpeed {
    return _fMinSpeed =
        _fMinSpeed ?? SqlSyntax.setField(_fMinSpeed, 'minSpeed', DbType.real);
  }

  static TableField? _fMaxSpeed;
  static TableField get maxSpeed {
    return _fMaxSpeed =
        _fMaxSpeed ?? SqlSyntax.setField(_fMaxSpeed, 'maxSpeed', DbType.real);
  }

  static TableField? _fTotalAscent;
  static TableField get totalAscent {
    return _fTotalAscent = _fTotalAscent ??
        SqlSyntax.setField(_fTotalAscent, 'totalAscent', DbType.integer);
  }

  static TableField? _fTotalDescent;
  static TableField get totalDescent {
    return _fTotalDescent = _fTotalDescent ??
        SqlSyntax.setField(_fTotalDescent, 'totalDescent', DbType.integer);
  }

  static TableField? _fMaxRunningCadence;
  static TableField get maxRunningCadence {
    return _fMaxRunningCadence = _fMaxRunningCadence ??
        SqlSyntax.setField(
            _fMaxRunningCadence, 'maxRunningCadence', DbType.integer);
  }

  static TableField? _fTrigger;
  static TableField get trigger {
    return _fTrigger =
        _fTrigger ?? SqlSyntax.setField(_fTrigger, 'trigger', DbType.text);
  }

  static TableField? _fAvgTemperature;
  static TableField get avgTemperature {
    return _fAvgTemperature = _fAvgTemperature ??
        SqlSyntax.setField(_fAvgTemperature, 'avgTemperature', DbType.integer);
  }

  static TableField? _fMaxTemperature;
  static TableField get maxTemperature {
    return _fMaxTemperature = _fMaxTemperature ??
        SqlSyntax.setField(_fMaxTemperature, 'maxTemperature', DbType.integer);
  }

  static TableField? _fAvgFractionalCadence;
  static TableField get avgFractionalCadence {
    return _fAvgFractionalCadence = _fAvgFractionalCadence ??
        SqlSyntax.setField(
            _fAvgFractionalCadence, 'avgFractionalCadence', DbType.real);
  }

  static TableField? _fMaxFractionalCadence;
  static TableField get maxFractionalCadence {
    return _fMaxFractionalCadence = _fMaxFractionalCadence ??
        SqlSyntax.setField(
            _fMaxFractionalCadence, 'maxFractionalCadence', DbType.real);
  }

  static TableField? _fTotalFractionalCycles;
  static TableField get totalFractionalCycles {
    return _fTotalFractionalCycles = _fTotalFractionalCycles ??
        SqlSyntax.setField(
            _fTotalFractionalCycles, 'totalFractionalCycles', DbType.real);
  }

  static TableField? _fAvgStanceTimePercent;
  static TableField get avgStanceTimePercent {
    return _fAvgStanceTimePercent = _fAvgStanceTimePercent ??
        SqlSyntax.setField(
            _fAvgStanceTimePercent, 'avgStanceTimePercent', DbType.real);
  }

  static TableField? _fAvgStanceTime;
  static TableField get avgStanceTime {
    return _fAvgStanceTime = _fAvgStanceTime ??
        SqlSyntax.setField(_fAvgStanceTime, 'avgStanceTime', DbType.real);
  }

  static TableField? _fAvgHeartRate;
  static TableField get avgHeartRate {
    return _fAvgHeartRate = _fAvgHeartRate ??
        SqlSyntax.setField(_fAvgHeartRate, 'avgHeartRate', DbType.integer);
  }

  static TableField? _fMaxHeartRate;
  static TableField get maxHeartRate {
    return _fMaxHeartRate = _fMaxHeartRate ??
        SqlSyntax.setField(_fMaxHeartRate, 'maxHeartRate', DbType.integer);
  }

  static TableField? _fAvgRunningCadence;
  static TableField get avgRunningCadence {
    return _fAvgRunningCadence = _fAvgRunningCadence ??
        SqlSyntax.setField(
            _fAvgRunningCadence, 'avgRunningCadence', DbType.real);
  }

  static TableField? _fAvgVerticalOscillation;
  static TableField get avgVerticalOscillation {
    return _fAvgVerticalOscillation = _fAvgVerticalOscillation ??
        SqlSyntax.setField(
            _fAvgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  static TableField? _fTotalElapsedTime;
  static TableField get totalElapsedTime {
    return _fTotalElapsedTime = _fTotalElapsedTime ??
        SqlSyntax.setField(
            _fTotalElapsedTime, 'totalElapsedTime', DbType.integer);
  }

  static TableField? _fTotalTimerTime;
  static TableField get totalTimerTime {
    return _fTotalTimerTime = _fTotalTimerTime ??
        SqlSyntax.setField(_fTotalTimerTime, 'totalTimerTime', DbType.integer);
  }

  static TableField? _fTotalTrainingEffect;
  static TableField get totalTrainingEffect {
    return _fTotalTrainingEffect = _fTotalTrainingEffect ??
        SqlSyntax.setField(
            _fTotalTrainingEffect, 'totalTrainingEffect', DbType.integer);
  }

  static TableField? _fNecLat;
  static TableField get necLat {
    return _fNecLat =
        _fNecLat ?? SqlSyntax.setField(_fNecLat, 'necLat', DbType.real);
  }

  static TableField? _fNecLong;
  static TableField get necLong {
    return _fNecLong =
        _fNecLong ?? SqlSyntax.setField(_fNecLong, 'necLong', DbType.real);
  }

  static TableField? _fSwcLat;
  static TableField get swcLat {
    return _fSwcLat =
        _fSwcLat ?? SqlSyntax.setField(_fSwcLat, 'swcLat', DbType.real);
  }

  static TableField? _fSwcLong;
  static TableField get swcLong {
    return _fSwcLong =
        _fSwcLong ?? SqlSyntax.setField(_fSwcLong, 'swcLong', DbType.real);
  }

  static TableField? _fFirstLapIndex;
  static TableField get firstLapIndex {
    return _fFirstLapIndex = _fFirstLapIndex ??
        SqlSyntax.setField(_fFirstLapIndex, 'firstLapIndex', DbType.integer);
  }

  static TableField? _fNumLaps;
  static TableField get numLaps {
    return _fNumLaps =
        _fNumLaps ?? SqlSyntax.setField(_fNumLaps, 'numLaps', DbType.integer);
  }

  static TableField? _fNumSessions;
  static TableField get numSessions {
    return _fNumSessions = _fNumSessions ??
        SqlSyntax.setField(_fNumSessions, 'numSessions', DbType.integer);
  }

  static TableField? _fLocalTimestamp;
  static TableField get localTimestamp {
    return _fLocalTimestamp = _fLocalTimestamp ??
        SqlSyntax.setField(_fLocalTimestamp, 'localTimestamp', DbType.datetime);
  }

  static TableField? _fAvgPower;
  static TableField get avgPower {
    return _fAvgPower =
        _fAvgPower ?? SqlSyntax.setField(_fAvgPower, 'avgPower', DbType.real);
  }

  static TableField? _fSdevPower;
  static TableField get sdevPower {
    return _fSdevPower = _fSdevPower ??
        SqlSyntax.setField(_fSdevPower, 'sdevPower', DbType.real);
  }

  static TableField? _fMinPower;
  static TableField get minPower {
    return _fMinPower = _fMinPower ??
        SqlSyntax.setField(_fMinPower, 'minPower', DbType.integer);
  }

  static TableField? _fMaxPower;
  static TableField get maxPower {
    return _fMaxPower = _fMaxPower ??
        SqlSyntax.setField(_fMaxPower, 'maxPower', DbType.integer);
  }

  static TableField? _fMinHeartRate;
  static TableField get minHeartRate {
    return _fMinHeartRate = _fMinHeartRate ??
        SqlSyntax.setField(_fMinHeartRate, 'minHeartRate', DbType.integer);
  }

  static TableField? _fSdevHeartRate;
  static TableField get sdevHeartRate {
    return _fSdevHeartRate = _fSdevHeartRate ??
        SqlSyntax.setField(_fSdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  static TableField? _fAvgGroundTime;
  static TableField get avgGroundTime {
    return _fAvgGroundTime = _fAvgGroundTime ??
        SqlSyntax.setField(_fAvgGroundTime, 'avgGroundTime', DbType.real);
  }

  static TableField? _fSdevGroundTime;
  static TableField get sdevGroundTime {
    return _fSdevGroundTime = _fSdevGroundTime ??
        SqlSyntax.setField(_fSdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  static TableField? _fAvgLegSpringStiffness;
  static TableField get avgLegSpringStiffness {
    return _fAvgLegSpringStiffness = _fAvgLegSpringStiffness ??
        SqlSyntax.setField(
            _fAvgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  static TableField? _fSdevLegSpringStiffness;
  static TableField get sdevLegSpringStiffness {
    return _fSdevLegSpringStiffness = _fSdevLegSpringStiffness ??
        SqlSyntax.setField(
            _fSdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  static TableField? _fAvgFormPower;
  static TableField get avgFormPower {
    return _fAvgFormPower = _fAvgFormPower ??
        SqlSyntax.setField(_fAvgFormPower, 'avgFormPower', DbType.real);
  }

  static TableField? _fSdevFormPower;
  static TableField get sdevFormPower {
    return _fSdevFormPower = _fSdevFormPower ??
        SqlSyntax.setField(_fSdevFormPower, 'sdevFormPower', DbType.real);
  }

  static TableField? _fAvgPowerRatio;
  static TableField get avgPowerRatio {
    return _fAvgPowerRatio = _fAvgPowerRatio ??
        SqlSyntax.setField(_fAvgPowerRatio, 'avgPowerRatio', DbType.real);
  }

  static TableField? _fSdevPowerRatio;
  static TableField get sdevPowerRatio {
    return _fSdevPowerRatio = _fSdevPowerRatio ??
        SqlSyntax.setField(_fSdevPowerRatio, 'sdevPowerRatio', DbType.real);
  }

  static TableField? _fAvgStrideRatio;
  static TableField get avgStrideRatio {
    return _fAvgStrideRatio = _fAvgStrideRatio ??
        SqlSyntax.setField(_fAvgStrideRatio, 'avgStrideRatio', DbType.real);
  }

  static TableField? _fSdevStrideRatio;
  static TableField get sdevStrideRatio {
    return _fSdevStrideRatio = _fSdevStrideRatio ??
        SqlSyntax.setField(_fSdevStrideRatio, 'sdevStrideRatio', DbType.real);
  }

  static TableField? _fAvgStrydCadence;
  static TableField get avgStrydCadence {
    return _fAvgStrydCadence = _fAvgStrydCadence ??
        SqlSyntax.setField(_fAvgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  static TableField? _fSdevStrydCadence;
  static TableField get sdevStrydCadence {
    return _fSdevStrydCadence = _fSdevStrydCadence ??
        SqlSyntax.setField(_fSdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  static TableField? _fSdevVerticalOscillation;
  static TableField get sdevVerticalOscillation {
    return _fSdevVerticalOscillation = _fSdevVerticalOscillation ??
        SqlSyntax.setField(
            _fSdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  static TableField? _fCp;
  static TableField get cp {
    return _fCp = _fCp ?? SqlSyntax.setField(_fCp, 'cp', DbType.real);
  }

  static TableField? _fFtp;
  static TableField get ftp {
    return _fFtp = _fFtp ?? SqlSyntax.setField(_fFtp, 'ftp', DbType.real);
  }

  static TableField? _fNonParsable;
  static TableField get nonParsable {
    return _fNonParsable = _fNonParsable ??
        SqlSyntax.setField(_fNonParsable, 'nonParsable', DbType.bool);
  }

  static TableField? _fExcluded;
  static TableField get excluded {
    return _fExcluded =
        _fExcluded ?? SqlSyntax.setField(_fExcluded, 'excluded', DbType.bool);
  }

  static TableField? _fManual;
  static TableField get manual {
    return _fManual =
        _fManual ?? SqlSyntax.setField(_fManual, 'manual', DbType.bool);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }
}
// endregion DbActivityFields

//region DbActivityManager
class DbActivityManager extends SqfEntityProvider {
  DbActivityManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'activities';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbActivityManager
// region DbEvent
class DbEvent extends TableBase {
  DbEvent(
      {this.id,
      this.event,
      this.eventType,
      this.eventGroup,
      this.timerTrigger,
      this.timeStamp,
      this.positionLat,
      this.positionLong,
      this.distance,
      this.altitude,
      this.speed,
      this.heartRate,
      this.cadence,
      this.fractionalCadence,
      this.power,
      this.strydCadence,
      this.groundTime,
      this.verticalOscillation,
      this.formPower,
      this.legSpringStiffness,
      this.data,
      this.activitiesId,
      this.lapsId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbEvent.withFields(
      this.event,
      this.eventType,
      this.eventGroup,
      this.timerTrigger,
      this.timeStamp,
      this.positionLat,
      this.positionLong,
      this.distance,
      this.altitude,
      this.speed,
      this.heartRate,
      this.cadence,
      this.fractionalCadence,
      this.power,
      this.strydCadence,
      this.groundTime,
      this.verticalOscillation,
      this.formPower,
      this.legSpringStiffness,
      this.data,
      this.activitiesId,
      this.lapsId) {
    _setDefaultValues();
  }
  DbEvent.withId(
      this.id,
      this.event,
      this.eventType,
      this.eventGroup,
      this.timerTrigger,
      this.timeStamp,
      this.positionLat,
      this.positionLong,
      this.distance,
      this.altitude,
      this.speed,
      this.heartRate,
      this.cadence,
      this.fractionalCadence,
      this.power,
      this.strydCadence,
      this.groundTime,
      this.verticalOscillation,
      this.formPower,
      this.legSpringStiffness,
      this.data,
      this.activitiesId,
      this.lapsId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbEvent.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['event'] != null) {
      event = o['event'].toString();
    }
    if (o['eventType'] != null) {
      eventType = o['eventType'].toString();
    }
    if (o['eventGroup'] != null) {
      eventGroup = int.tryParse(o['eventGroup'].toString());
    }
    if (o['timerTrigger'] != null) {
      timerTrigger = o['timerTrigger'].toString();
    }
    if (o['timeStamp'] != null) {
      timeStamp = int.tryParse(o['timeStamp'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['timeStamp'].toString())!)
          : DateTime.tryParse(o['timeStamp'].toString());
    }
    if (o['positionLat'] != null) {
      positionLat = double.tryParse(o['positionLat'].toString());
    }
    if (o['positionLong'] != null) {
      positionLong = double.tryParse(o['positionLong'].toString());
    }
    if (o['distance'] != null) {
      distance = double.tryParse(o['distance'].toString());
    }
    if (o['altitude'] != null) {
      altitude = double.tryParse(o['altitude'].toString());
    }
    if (o['speed'] != null) {
      speed = double.tryParse(o['speed'].toString());
    }
    if (o['heartRate'] != null) {
      heartRate = int.tryParse(o['heartRate'].toString());
    }
    if (o['cadence'] != null) {
      cadence = double.tryParse(o['cadence'].toString());
    }
    if (o['fractionalCadence'] != null) {
      fractionalCadence = double.tryParse(o['fractionalCadence'].toString());
    }
    if (o['power'] != null) {
      power = int.tryParse(o['power'].toString());
    }
    if (o['strydCadence'] != null) {
      strydCadence = double.tryParse(o['strydCadence'].toString());
    }
    if (o['groundTime'] != null) {
      groundTime = double.tryParse(o['groundTime'].toString());
    }
    if (o['verticalOscillation'] != null) {
      verticalOscillation =
          double.tryParse(o['verticalOscillation'].toString());
    }
    if (o['formPower'] != null) {
      formPower = int.tryParse(o['formPower'].toString());
    }
    if (o['legSpringStiffness'] != null) {
      legSpringStiffness = double.tryParse(o['legSpringStiffness'].toString());
    }
    if (o['data'] != null) {
      data = double.tryParse(o['data'].toString());
    }
    activitiesId = int.tryParse(o['activitiesId'].toString());

    lapsId = int.tryParse(o['lapsId'].toString());

    // RELATIONSHIPS FromMAP
    plDbActivity = o['dbActivity'] != null
        ? DbActivity.fromMap(o['dbActivity'] as Map<String, dynamic>)
        : null;
    plDbLap = o['dbLap'] != null
        ? DbLap.fromMap(o['dbLap'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbEvent)
  int? id;
  String? event;
  String? eventType;
  int? eventGroup;
  String? timerTrigger;
  DateTime? timeStamp;
  double? positionLat;
  double? positionLong;
  double? distance;
  double? altitude;
  double? speed;
  int? heartRate;
  double? cadence;
  double? fractionalCadence;
  int? power;
  double? strydCadence;
  double? groundTime;
  double? verticalOscillation;
  int? formPower;
  double? legSpringStiffness;
  double? data;
  int? activitiesId;
  int? lapsId;

  // end FIELDS (DbEvent)

// RELATIONSHIPS (DbEvent)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivity', 'plField2'..]) or so on..
  DbActivity? plDbActivity;

  /// get DbActivity By ActivitiesId
  Future<DbActivity?> getDbActivity(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbActivity().getById(activitiesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbLap', 'plField2'..]) or so on..
  DbLap? plDbLap;

  /// get DbLap By LapsId
  Future<DbLap?> getDbLap(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbLap()
        .getById(lapsId, loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbEvent)

// COLLECTIONS & VIRTUALS (DbEvent)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervals', 'plField2'..]) or so on..
  List<DbInterval>? plDbIntervals;

  /// get DbInterval(s) filtered by id=firstRecordId
  DbIntervalFilterBuilder? getDbIntervals(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbInterval()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .firstRecordId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervalsBylastRecordId', 'plField2'..]) or so on..
  List<DbInterval>? plDbIntervalsBylastRecordId;

  /// get DbInterval(s) filtered by id=lastRecordId
  DbIntervalFilterBuilder? getDbIntervalsBylastRecordId(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbInterval()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .lastRecordId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbEvent)

  static const bool _softDeleteActivated = false;
  DbEventManager? __mnDbEvent;

  DbEventManager get _mnDbEvent {
    return __mnDbEvent = __mnDbEvent ?? DbEventManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (timerTrigger != null || !forView) {
      map['timerTrigger'] = timerTrigger;
    }
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (positionLat != null || !forView) {
      map['positionLat'] = positionLat;
    }
    if (positionLong != null || !forView) {
      map['positionLong'] = positionLong;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (altitude != null || !forView) {
      map['altitude'] = altitude;
    }
    if (speed != null || !forView) {
      map['speed'] = speed;
    }
    if (heartRate != null || !forView) {
      map['heartRate'] = heartRate;
    }
    if (cadence != null || !forView) {
      map['cadence'] = cadence;
    }
    if (fractionalCadence != null || !forView) {
      map['fractionalCadence'] = fractionalCadence;
    }
    if (power != null || !forView) {
      map['power'] = power;
    }
    if (strydCadence != null || !forView) {
      map['strydCadence'] = strydCadence;
    }
    if (groundTime != null || !forView) {
      map['groundTime'] = groundTime;
    }
    if (verticalOscillation != null || !forView) {
      map['verticalOscillation'] = verticalOscillation;
    }
    if (formPower != null || !forView) {
      map['formPower'] = formPower;
    }
    if (legSpringStiffness != null || !forView) {
      map['legSpringStiffness'] = legSpringStiffness;
    }
    if (data != null || !forView) {
      map['data'] = data;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }
    if (lapsId != null) {
      map['lapsId'] = forView
          ? plDbLap == null
              ? lapsId
              : plDbLap!.event
          : lapsId;
    } else if (lapsId != null || !forView) {
      map['lapsId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (timerTrigger != null || !forView) {
      map['timerTrigger'] = timerTrigger;
    }
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (positionLat != null || !forView) {
      map['positionLat'] = positionLat;
    }
    if (positionLong != null || !forView) {
      map['positionLong'] = positionLong;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (altitude != null || !forView) {
      map['altitude'] = altitude;
    }
    if (speed != null || !forView) {
      map['speed'] = speed;
    }
    if (heartRate != null || !forView) {
      map['heartRate'] = heartRate;
    }
    if (cadence != null || !forView) {
      map['cadence'] = cadence;
    }
    if (fractionalCadence != null || !forView) {
      map['fractionalCadence'] = fractionalCadence;
    }
    if (power != null || !forView) {
      map['power'] = power;
    }
    if (strydCadence != null || !forView) {
      map['strydCadence'] = strydCadence;
    }
    if (groundTime != null || !forView) {
      map['groundTime'] = groundTime;
    }
    if (verticalOscillation != null || !forView) {
      map['verticalOscillation'] = verticalOscillation;
    }
    if (formPower != null || !forView) {
      map['formPower'] = formPower;
    }
    if (legSpringStiffness != null || !forView) {
      map['legSpringStiffness'] = legSpringStiffness;
    }
    if (data != null || !forView) {
      map['data'] = data;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }
    if (lapsId != null) {
      map['lapsId'] = forView
          ? plDbLap == null
              ? lapsId
              : plDbLap!.event
          : lapsId;
    } else if (lapsId != null || !forView) {
      map['lapsId'] = null;
    }

// COLLECTIONS (DbEvent)
    if (!forQuery) {
      map['DbIntervals'] = await getDbIntervals()!.toMapList();
    }
    if (!forQuery) {
      map['DbIntervals'] = await getDbIntervals()!.toMapList();
    }
// END COLLECTIONS (DbEvent)

    return map;
  }

  /// This method returns Json String [DbEvent]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbEvent]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      event,
      eventType,
      eventGroup,
      timerTrigger,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      positionLat,
      positionLong,
      distance,
      altitude,
      speed,
      heartRate,
      cadence,
      fractionalCadence,
      power,
      strydCadence,
      groundTime,
      verticalOscillation,
      formPower,
      legSpringStiffness,
      data,
      activitiesId,
      lapsId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      event,
      eventType,
      eventGroup,
      timerTrigger,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      positionLat,
      positionLong,
      distance,
      altitude,
      speed,
      heartRate,
      cadence,
      fractionalCadence,
      power,
      strydCadence,
      groundTime,
      verticalOscillation,
      formPower,
      legSpringStiffness,
      data,
      activitiesId,
      lapsId
    ];
  }

  static Future<List<DbEvent>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbEvent.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbEvent>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbEvent>[];
    try {
      objList = list
          .map((dbevent) => DbEvent.fromMap(dbevent as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbEvent.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbEvent>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbEvent> objList = <DbEvent>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbEvent.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('events.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('events.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('events.plDbIntervalsBylastRecordId') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalsBylastRecordId'))) {
          /*_loadedfields!.add('events.plDbIntervalsBylastRecordId'); */ obj
                  .plDbIntervalsBylastRecordId =
              obj.plDbIntervalsBylastRecordId ??
                  await obj.getDbIntervalsBylastRecordId()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbEvent by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbEvent] if exist, otherwise returns null
  Future<DbEvent?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbEvent? obj;
    final data = await _mnDbEvent.getById([id]);
    if (data.length != 0) {
      obj = DbEvent.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('events.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('events.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('events.plDbIntervalsBylastRecordId') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalsBylastRecordId'))) {
          /*_loadedfields!.add('events.plDbIntervalsBylastRecordId'); */ obj
                  .plDbIntervalsBylastRecordId =
              obj.plDbIntervalsBylastRecordId ??
                  await obj.getDbIntervalsBylastRecordId()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbEvent) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbEvent.insert(this, ignoreBatch);
    } else {
      await _mnDbEvent.update(this);
    }

    return id;
  }

  /// Saves the (DbEvent) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbEvent.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbEvent.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbEvent. Returns a new Primary Key value of DbEvent

  /// <returns>Returns a new Primary Key value of DbEvent
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbEvent> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbEvent> dbevents,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbevents) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbevents.length; i++) {
        if (dbevents[i].id == null) {
          dbevents[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbEvent.rawInsert(
          'INSERT OR REPLACE INTO events (id, event, eventType, eventGroup, timerTrigger, timeStamp, positionLat, positionLong, distance, altitude, speed, heartRate, cadence, fractionalCadence, power, strydCadence, groundTime, verticalOscillation, formPower, legSpringStiffness, data, activitiesId, lapsId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
          [
            id,
            event,
            eventType,
            eventGroup,
            timerTrigger,
            timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
            positionLat,
            positionLong,
            distance,
            altitude,
            speed,
            heartRate,
            cadence,
            fractionalCadence,
            power,
            strydCadence,
            groundTime,
            verticalOscillation,
            formPower,
            legSpringStiffness,
            data,
            activitiesId,
            lapsId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbEvent id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbEvent id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbEvent Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbEvent>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbEvent> dbevents,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbEvent.rawInsertAll(
        'INSERT OR REPLACE INTO events (id, event, eventType, eventGroup, timerTrigger, timeStamp, positionLat, positionLong, distance, altitude, speed, heartRate, cadence, fractionalCadence, power, strydCadence, groundTime, verticalOscillation, formPower, legSpringStiffness, data, activitiesId, lapsId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
        dbevents,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbEvent

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbEvent invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbInterval()
          .select()
          .firstRecordId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbInterval()
          .select()
          .lastRecordId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbEvent
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbEvent.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbEvent] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbEventFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbEventFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbEventFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbEventFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    activitiesId = activitiesId ?? 0;
    lapsId = lapsId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbevent

// region DbEventField
class DbEventField extends FilterBase {
  DbEventField(DbEventFilterBuilder dbeventFB) : super(dbeventFB);

  @override
  DbEventFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder isNull() {
    return super.isNull() as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbEventFilterBuilder;
  }

  @override
  DbEventField get not {
    return super.not as DbEventField;
  }
}
// endregion DbEventField

// region DbEventFilterBuilder
class DbEventFilterBuilder extends ConjunctionBase {
  DbEventFilterBuilder(DbEvent obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbEvent = obj._mnDbEvent;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbEventManager? _mnDbEvent;

  /// put the sql keyword 'AND'
  @override
  DbEventFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbEventFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbEventFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbEventFilterBuilder where(String? whereCriteria, {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbEventFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbEventFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbEventFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbEventFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbEventFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbEventFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbEventFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbEventField _setField(DbEventField? field, String colName, DbType dbtype) {
    return DbEventField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbEventField? _id;
  DbEventField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbEventField? _event;
  DbEventField get event {
    return _event = _setField(_event, 'event', DbType.text);
  }

  DbEventField? _eventType;
  DbEventField get eventType {
    return _eventType = _setField(_eventType, 'eventType', DbType.text);
  }

  DbEventField? _eventGroup;
  DbEventField get eventGroup {
    return _eventGroup = _setField(_eventGroup, 'eventGroup', DbType.integer);
  }

  DbEventField? _timerTrigger;
  DbEventField get timerTrigger {
    return _timerTrigger =
        _setField(_timerTrigger, 'timerTrigger', DbType.text);
  }

  DbEventField? _timeStamp;
  DbEventField get timeStamp {
    return _timeStamp = _setField(_timeStamp, 'timeStamp', DbType.datetime);
  }

  DbEventField? _positionLat;
  DbEventField get positionLat {
    return _positionLat = _setField(_positionLat, 'positionLat', DbType.real);
  }

  DbEventField? _positionLong;
  DbEventField get positionLong {
    return _positionLong =
        _setField(_positionLong, 'positionLong', DbType.real);
  }

  DbEventField? _distance;
  DbEventField get distance {
    return _distance = _setField(_distance, 'distance', DbType.real);
  }

  DbEventField? _altitude;
  DbEventField get altitude {
    return _altitude = _setField(_altitude, 'altitude', DbType.real);
  }

  DbEventField? _speed;
  DbEventField get speed {
    return _speed = _setField(_speed, 'speed', DbType.real);
  }

  DbEventField? _heartRate;
  DbEventField get heartRate {
    return _heartRate = _setField(_heartRate, 'heartRate', DbType.integer);
  }

  DbEventField? _cadence;
  DbEventField get cadence {
    return _cadence = _setField(_cadence, 'cadence', DbType.real);
  }

  DbEventField? _fractionalCadence;
  DbEventField get fractionalCadence {
    return _fractionalCadence =
        _setField(_fractionalCadence, 'fractionalCadence', DbType.real);
  }

  DbEventField? _power;
  DbEventField get power {
    return _power = _setField(_power, 'power', DbType.integer);
  }

  DbEventField? _strydCadence;
  DbEventField get strydCadence {
    return _strydCadence =
        _setField(_strydCadence, 'strydCadence', DbType.real);
  }

  DbEventField? _groundTime;
  DbEventField get groundTime {
    return _groundTime = _setField(_groundTime, 'groundTime', DbType.real);
  }

  DbEventField? _verticalOscillation;
  DbEventField get verticalOscillation {
    return _verticalOscillation =
        _setField(_verticalOscillation, 'verticalOscillation', DbType.real);
  }

  DbEventField? _formPower;
  DbEventField get formPower {
    return _formPower = _setField(_formPower, 'formPower', DbType.integer);
  }

  DbEventField? _legSpringStiffness;
  DbEventField get legSpringStiffness {
    return _legSpringStiffness =
        _setField(_legSpringStiffness, 'legSpringStiffness', DbType.real);
  }

  DbEventField? _data;
  DbEventField get data {
    return _data = _setField(_data, 'data', DbType.real);
  }

  DbEventField? _activitiesId;
  DbEventField get activitiesId {
    return _activitiesId =
        _setField(_activitiesId, 'activitiesId', DbType.integer);
  }

  DbEventField? _lapsId;
  DbEventField get lapsId {
    return _lapsId = _setField(_lapsId, 'lapsId', DbType.integer);
  }

  /// Deletes List<DbEvent> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbInterval) according to DeleteRule.CASCADE
    final idListDbIntervalBYfirstRecordId = toListPrimaryKeySQL(false);
    final resDbIntervalBYfirstRecordId = await DbInterval()
        .select()
        .where('firstRecordId IN (${idListDbIntervalBYfirstRecordId['sql']})',
            parameterValue: idListDbIntervalBYfirstRecordId['args'])
        .delete(hardDelete);
    if (!resDbIntervalBYfirstRecordId.success) {
      return resDbIntervalBYfirstRecordId;
    }
// Delete sub records where in (DbInterval) according to DeleteRule.CASCADE
    final idListDbIntervalBYlastRecordId = toListPrimaryKeySQL(false);
    final resDbIntervalBYlastRecordId = await DbInterval()
        .select()
        .where('lastRecordId IN (${idListDbIntervalBYlastRecordId['sql']})',
            parameterValue: idListDbIntervalBYlastRecordId['args'])
        .delete(hardDelete);
    if (!resDbIntervalBYlastRecordId.success) {
      return resDbIntervalBYlastRecordId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbEvent!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbEvent!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from events ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbEvent!.updateBatch(qparams, values);
  }

  /// This method always returns [DbEvent] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbEvent?
  @override
  Future<DbEvent?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbEvent!.toList(qparams);
    final data = await objFuture;
    DbEvent? obj;
    if (data.isNotEmpty) {
      obj = DbEvent.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('events.plDbIntervals') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervals'))) {
          /*_loadedfields!.add('events.plDbIntervals'); */ obj.plDbIntervals =
              obj.plDbIntervals ??
                  await obj.getDbIntervals()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('events.plDbIntervalsBylastRecordId') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalsBylastRecordId'))) {
          /*_loadedfields!.add('events.plDbIntervalsBylastRecordId'); */ obj
                  .plDbIntervalsBylastRecordId =
              obj.plDbIntervalsBylastRecordId ??
                  await obj.getDbIntervalsBylastRecordId()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbEvent]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbEvent?
  @override
  Future<DbEvent> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbEvent();
  }

  /// This method returns int. [DbEvent]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbeventCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbeventsFuture = await _mnDbEvent!.toList(qparams);
    final int count = dbeventsFuture[0]['CNT'] as int;
    if (dbeventCount != null) {
      dbeventCount(count);
    }
    return count;
  }

  /// This method returns List<DbEvent> [DbEvent]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbEvent>
  @override
  Future<List<DbEvent>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbEvent> dbeventsData = await DbEvent.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbeventsData;
  }

  /// This method returns Json String [DbEvent]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbEvent]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbEvent]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbEvent!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbEvent]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM events WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbEvent!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbEvent]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbEvent!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbEvent.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbEvent!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbEventFilterBuilder

// region DbEventFields
class DbEventFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fEvent;
  static TableField get event {
    return _fEvent =
        _fEvent ?? SqlSyntax.setField(_fEvent, 'event', DbType.text);
  }

  static TableField? _fEventType;
  static TableField get eventType {
    return _fEventType = _fEventType ??
        SqlSyntax.setField(_fEventType, 'eventType', DbType.text);
  }

  static TableField? _fEventGroup;
  static TableField get eventGroup {
    return _fEventGroup = _fEventGroup ??
        SqlSyntax.setField(_fEventGroup, 'eventGroup', DbType.integer);
  }

  static TableField? _fTimerTrigger;
  static TableField get timerTrigger {
    return _fTimerTrigger = _fTimerTrigger ??
        SqlSyntax.setField(_fTimerTrigger, 'timerTrigger', DbType.text);
  }

  static TableField? _fTimeStamp;
  static TableField get timeStamp {
    return _fTimeStamp = _fTimeStamp ??
        SqlSyntax.setField(_fTimeStamp, 'timeStamp', DbType.datetime);
  }

  static TableField? _fPositionLat;
  static TableField get positionLat {
    return _fPositionLat = _fPositionLat ??
        SqlSyntax.setField(_fPositionLat, 'positionLat', DbType.real);
  }

  static TableField? _fPositionLong;
  static TableField get positionLong {
    return _fPositionLong = _fPositionLong ??
        SqlSyntax.setField(_fPositionLong, 'positionLong', DbType.real);
  }

  static TableField? _fDistance;
  static TableField get distance {
    return _fDistance =
        _fDistance ?? SqlSyntax.setField(_fDistance, 'distance', DbType.real);
  }

  static TableField? _fAltitude;
  static TableField get altitude {
    return _fAltitude =
        _fAltitude ?? SqlSyntax.setField(_fAltitude, 'altitude', DbType.real);
  }

  static TableField? _fSpeed;
  static TableField get speed {
    return _fSpeed =
        _fSpeed ?? SqlSyntax.setField(_fSpeed, 'speed', DbType.real);
  }

  static TableField? _fHeartRate;
  static TableField get heartRate {
    return _fHeartRate = _fHeartRate ??
        SqlSyntax.setField(_fHeartRate, 'heartRate', DbType.integer);
  }

  static TableField? _fCadence;
  static TableField get cadence {
    return _fCadence =
        _fCadence ?? SqlSyntax.setField(_fCadence, 'cadence', DbType.real);
  }

  static TableField? _fFractionalCadence;
  static TableField get fractionalCadence {
    return _fFractionalCadence = _fFractionalCadence ??
        SqlSyntax.setField(
            _fFractionalCadence, 'fractionalCadence', DbType.real);
  }

  static TableField? _fPower;
  static TableField get power {
    return _fPower =
        _fPower ?? SqlSyntax.setField(_fPower, 'power', DbType.integer);
  }

  static TableField? _fStrydCadence;
  static TableField get strydCadence {
    return _fStrydCadence = _fStrydCadence ??
        SqlSyntax.setField(_fStrydCadence, 'strydCadence', DbType.real);
  }

  static TableField? _fGroundTime;
  static TableField get groundTime {
    return _fGroundTime = _fGroundTime ??
        SqlSyntax.setField(_fGroundTime, 'groundTime', DbType.real);
  }

  static TableField? _fVerticalOscillation;
  static TableField get verticalOscillation {
    return _fVerticalOscillation = _fVerticalOscillation ??
        SqlSyntax.setField(
            _fVerticalOscillation, 'verticalOscillation', DbType.real);
  }

  static TableField? _fFormPower;
  static TableField get formPower {
    return _fFormPower = _fFormPower ??
        SqlSyntax.setField(_fFormPower, 'formPower', DbType.integer);
  }

  static TableField? _fLegSpringStiffness;
  static TableField get legSpringStiffness {
    return _fLegSpringStiffness = _fLegSpringStiffness ??
        SqlSyntax.setField(
            _fLegSpringStiffness, 'legSpringStiffness', DbType.real);
  }

  static TableField? _fData;
  static TableField get data {
    return _fData = _fData ?? SqlSyntax.setField(_fData, 'data', DbType.real);
  }

  static TableField? _fActivitiesId;
  static TableField get activitiesId {
    return _fActivitiesId = _fActivitiesId ??
        SqlSyntax.setField(_fActivitiesId, 'activitiesId', DbType.integer);
  }

  static TableField? _fLapsId;
  static TableField get lapsId {
    return _fLapsId =
        _fLapsId ?? SqlSyntax.setField(_fLapsId, 'lapsId', DbType.integer);
  }
}
// endregion DbEventFields

//region DbEventManager
class DbEventManager extends SqfEntityProvider {
  DbEventManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'events';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbEventManager
// region DbLap
class DbLap extends TableBase {
  DbLap(
      {this.id,
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.endPositionLat,
      this.endPositionLong,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.event,
      this.eventType,
      this.eventGroup,
      this.sport,
      this.subSport,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.maxRunningCadence,
      this.intensity,
      this.lapTrigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.cp,
      this.ftp,
      this.movingTime,
      this.activitiesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbLap.withFields(
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.endPositionLat,
      this.endPositionLong,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.event,
      this.eventType,
      this.eventGroup,
      this.sport,
      this.subSport,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.maxRunningCadence,
      this.intensity,
      this.lapTrigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.cp,
      this.ftp,
      this.movingTime,
      this.activitiesId) {
    _setDefaultValues();
  }
  DbLap.withId(
      this.id,
      this.timeStamp,
      this.startTime,
      this.startPositionLat,
      this.startPositionLong,
      this.endPositionLat,
      this.endPositionLong,
      this.avgHeartRate,
      this.maxHeartRate,
      this.avgRunningCadence,
      this.event,
      this.eventType,
      this.eventGroup,
      this.sport,
      this.subSport,
      this.avgVerticalOscillation,
      this.totalElapsedTime,
      this.totalTimerTime,
      this.totalDistance,
      this.totalStrides,
      this.totalCalories,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.sdevSpeed,
      this.sdevPace,
      this.minSpeed,
      this.maxSpeed,
      this.totalAscent,
      this.totalDescent,
      this.avgStanceTimePercent,
      this.avgStanceTime,
      this.maxRunningCadence,
      this.intensity,
      this.lapTrigger,
      this.avgTemperature,
      this.maxTemperature,
      this.avgFractionalCadence,
      this.maxFractionalCadence,
      this.totalFractionalCycles,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.minHeartRate,
      this.sdevHeartRate,
      this.avgGroundTime,
      this.sdevGroundTime,
      this.avgLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.avgFormPower,
      this.sdevFormPower,
      this.avgStrydCadence,
      this.sdevStrydCadence,
      this.sdevVerticalOscillation,
      this.avgPowerRatio,
      this.sdevPowerRatio,
      this.avgStrideRatio,
      this.sdevStrideRatio,
      this.cp,
      this.ftp,
      this.movingTime,
      this.activitiesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbLap.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['timeStamp'] != null) {
      timeStamp = int.tryParse(o['timeStamp'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['timeStamp'].toString())!)
          : DateTime.tryParse(o['timeStamp'].toString());
    }
    if (o['startTime'] != null) {
      startTime = int.tryParse(o['startTime'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['startTime'].toString())!)
          : DateTime.tryParse(o['startTime'].toString());
    }
    if (o['startPositionLat'] != null) {
      startPositionLat = double.tryParse(o['startPositionLat'].toString());
    }
    if (o['startPositionLong'] != null) {
      startPositionLong = double.tryParse(o['startPositionLong'].toString());
    }
    if (o['endPositionLat'] != null) {
      endPositionLat = double.tryParse(o['endPositionLat'].toString());
    }
    if (o['endPositionLong'] != null) {
      endPositionLong = double.tryParse(o['endPositionLong'].toString());
    }
    if (o['avgHeartRate'] != null) {
      avgHeartRate = int.tryParse(o['avgHeartRate'].toString());
    }
    if (o['maxHeartRate'] != null) {
      maxHeartRate = int.tryParse(o['maxHeartRate'].toString());
    }
    if (o['avgRunningCadence'] != null) {
      avgRunningCadence = double.tryParse(o['avgRunningCadence'].toString());
    }
    if (o['event'] != null) {
      event = o['event'].toString();
    }
    if (o['eventType'] != null) {
      eventType = o['eventType'].toString();
    }
    if (o['eventGroup'] != null) {
      eventGroup = int.tryParse(o['eventGroup'].toString());
    }
    if (o['sport'] != null) {
      sport = o['sport'].toString();
    }
    if (o['subSport'] != null) {
      subSport = o['subSport'].toString();
    }
    if (o['avgVerticalOscillation'] != null) {
      avgVerticalOscillation =
          double.tryParse(o['avgVerticalOscillation'].toString());
    }
    if (o['totalElapsedTime'] != null) {
      totalElapsedTime = int.tryParse(o['totalElapsedTime'].toString());
    }
    if (o['totalTimerTime'] != null) {
      totalTimerTime = int.tryParse(o['totalTimerTime'].toString());
    }
    if (o['totalDistance'] != null) {
      totalDistance = int.tryParse(o['totalDistance'].toString());
    }
    if (o['totalStrides'] != null) {
      totalStrides = int.tryParse(o['totalStrides'].toString());
    }
    if (o['totalCalories'] != null) {
      totalCalories = int.tryParse(o['totalCalories'].toString());
    }
    if (o['avgSpeed'] != null) {
      avgSpeed = double.tryParse(o['avgSpeed'].toString());
    }
    if (o['avgSpeedByMeasurements'] != null) {
      avgSpeedByMeasurements =
          double.tryParse(o['avgSpeedByMeasurements'].toString());
    }
    if (o['avgSpeedBySpeed'] != null) {
      avgSpeedBySpeed = double.tryParse(o['avgSpeedBySpeed'].toString());
    }
    if (o['avgSpeedByDistance'] != null) {
      avgSpeedByDistance = double.tryParse(o['avgSpeedByDistance'].toString());
    }
    if (o['sdevSpeed'] != null) {
      sdevSpeed = double.tryParse(o['sdevSpeed'].toString());
    }
    if (o['sdevPace'] != null) {
      sdevPace = double.tryParse(o['sdevPace'].toString());
    }
    if (o['minSpeed'] != null) {
      minSpeed = double.tryParse(o['minSpeed'].toString());
    }
    if (o['maxSpeed'] != null) {
      maxSpeed = double.tryParse(o['maxSpeed'].toString());
    }
    if (o['totalAscent'] != null) {
      totalAscent = int.tryParse(o['totalAscent'].toString());
    }
    if (o['totalDescent'] != null) {
      totalDescent = int.tryParse(o['totalDescent'].toString());
    }
    if (o['avgStanceTimePercent'] != null) {
      avgStanceTimePercent =
          double.tryParse(o['avgStanceTimePercent'].toString());
    }
    if (o['avgStanceTime'] != null) {
      avgStanceTime = double.tryParse(o['avgStanceTime'].toString());
    }
    if (o['maxRunningCadence'] != null) {
      maxRunningCadence = int.tryParse(o['maxRunningCadence'].toString());
    }
    if (o['intensity'] != null) {
      intensity = int.tryParse(o['intensity'].toString());
    }
    if (o['lapTrigger'] != null) {
      lapTrigger = o['lapTrigger'].toString();
    }
    if (o['avgTemperature'] != null) {
      avgTemperature = int.tryParse(o['avgTemperature'].toString());
    }
    if (o['maxTemperature'] != null) {
      maxTemperature = int.tryParse(o['maxTemperature'].toString());
    }
    if (o['avgFractionalCadence'] != null) {
      avgFractionalCadence =
          double.tryParse(o['avgFractionalCadence'].toString());
    }
    if (o['maxFractionalCadence'] != null) {
      maxFractionalCadence =
          double.tryParse(o['maxFractionalCadence'].toString());
    }
    if (o['totalFractionalCycles'] != null) {
      totalFractionalCycles =
          double.tryParse(o['totalFractionalCycles'].toString());
    }
    if (o['avgPower'] != null) {
      avgPower = double.tryParse(o['avgPower'].toString());
    }
    if (o['minPower'] != null) {
      minPower = int.tryParse(o['minPower'].toString());
    }
    if (o['maxPower'] != null) {
      maxPower = int.tryParse(o['maxPower'].toString());
    }
    if (o['sdevPower'] != null) {
      sdevPower = double.tryParse(o['sdevPower'].toString());
    }
    if (o['minHeartRate'] != null) {
      minHeartRate = int.tryParse(o['minHeartRate'].toString());
    }
    if (o['sdevHeartRate'] != null) {
      sdevHeartRate = double.tryParse(o['sdevHeartRate'].toString());
    }
    if (o['avgGroundTime'] != null) {
      avgGroundTime = double.tryParse(o['avgGroundTime'].toString());
    }
    if (o['sdevGroundTime'] != null) {
      sdevGroundTime = double.tryParse(o['sdevGroundTime'].toString());
    }
    if (o['avgLegSpringStiffness'] != null) {
      avgLegSpringStiffness =
          double.tryParse(o['avgLegSpringStiffness'].toString());
    }
    if (o['sdevLegSpringStiffness'] != null) {
      sdevLegSpringStiffness =
          double.tryParse(o['sdevLegSpringStiffness'].toString());
    }
    if (o['avgFormPower'] != null) {
      avgFormPower = double.tryParse(o['avgFormPower'].toString());
    }
    if (o['sdevFormPower'] != null) {
      sdevFormPower = double.tryParse(o['sdevFormPower'].toString());
    }
    if (o['avgStrydCadence'] != null) {
      avgStrydCadence = double.tryParse(o['avgStrydCadence'].toString());
    }
    if (o['sdevStrydCadence'] != null) {
      sdevStrydCadence = double.tryParse(o['sdevStrydCadence'].toString());
    }
    if (o['sdevVerticalOscillation'] != null) {
      sdevVerticalOscillation =
          double.tryParse(o['sdevVerticalOscillation'].toString());
    }
    if (o['avgPowerRatio'] != null) {
      avgPowerRatio = double.tryParse(o['avgPowerRatio'].toString());
    }
    if (o['sdevPowerRatio'] != null) {
      sdevPowerRatio = double.tryParse(o['sdevPowerRatio'].toString());
    }
    if (o['avgStrideRatio'] != null) {
      avgStrideRatio = double.tryParse(o['avgStrideRatio'].toString());
    }
    if (o['sdevStrideRatio'] != null) {
      sdevStrideRatio = double.tryParse(o['sdevStrideRatio'].toString());
    }
    if (o['cp'] != null) {
      cp = double.tryParse(o['cp'].toString());
    }
    if (o['ftp'] != null) {
      ftp = double.tryParse(o['ftp'].toString());
    }
    if (o['movingTime'] != null) {
      movingTime = int.tryParse(o['movingTime'].toString());
    }
    activitiesId = int.tryParse(o['activitiesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbActivity = o['dbActivity'] != null
        ? DbActivity.fromMap(o['dbActivity'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbLap)
  int? id;
  DateTime? timeStamp;
  DateTime? startTime;
  double? startPositionLat;
  double? startPositionLong;
  double? endPositionLat;
  double? endPositionLong;
  int? avgHeartRate;
  int? maxHeartRate;
  double? avgRunningCadence;
  String? event;
  String? eventType;
  int? eventGroup;
  String? sport;
  String? subSport;
  double? avgVerticalOscillation;
  int? totalElapsedTime;
  int? totalTimerTime;
  int? totalDistance;
  int? totalStrides;
  int? totalCalories;
  double? avgSpeed;
  double? avgSpeedByMeasurements;
  double? avgSpeedBySpeed;
  double? avgSpeedByDistance;
  double? sdevSpeed;
  double? sdevPace;
  double? minSpeed;
  double? maxSpeed;
  int? totalAscent;
  int? totalDescent;
  double? avgStanceTimePercent;
  double? avgStanceTime;
  int? maxRunningCadence;
  int? intensity;
  String? lapTrigger;
  int? avgTemperature;
  int? maxTemperature;
  double? avgFractionalCadence;
  double? maxFractionalCadence;
  double? totalFractionalCycles;
  double? avgPower;
  int? minPower;
  int? maxPower;
  double? sdevPower;
  int? minHeartRate;
  double? sdevHeartRate;
  double? avgGroundTime;
  double? sdevGroundTime;
  double? avgLegSpringStiffness;
  double? sdevLegSpringStiffness;
  double? avgFormPower;
  double? sdevFormPower;
  double? avgStrydCadence;
  double? sdevStrydCadence;
  double? sdevVerticalOscillation;
  double? avgPowerRatio;
  double? sdevPowerRatio;
  double? avgStrideRatio;
  double? sdevStrideRatio;
  double? cp;
  double? ftp;
  int? movingTime;
  int? activitiesId;

  // end FIELDS (DbLap)

// RELATIONSHIPS (DbLap)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivity', 'plField2'..]) or so on..
  DbActivity? plDbActivity;

  /// get DbActivity By ActivitiesId
  Future<DbActivity?> getDbActivity(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbActivity().getById(activitiesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbLap)

// COLLECTIONS & VIRTUALS (DbLap)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbEvents', 'plField2'..]) or so on..
  List<DbEvent>? plDbEvents;

  /// get DbEvent(s) filtered by id=lapsId
  DbEventFilterBuilder? getDbEvents(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbEvent()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .lapsId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbLapTaggings', 'plField2'..]) or so on..
  List<DbLapTagging>? plDbLapTaggings;

  /// get DbLapTagging(s) filtered by id=lapsId
  DbLapTaggingFilterBuilder? getDbLapTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbLapTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .lapsId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbLap)

  static const bool _softDeleteActivated = false;
  DbLapManager? __mnDbLap;

  DbLapManager get _mnDbLap {
    return __mnDbLap = __mnDbLap ?? DbLapManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (startTime != null) {
      map['startTime'] = forJson
          ? startTime!.toString()
          : forQuery
              ? startTime!.millisecondsSinceEpoch
              : startTime;
    } else if (startTime != null || !forView) {
      map['startTime'] = null;
    }
    if (startPositionLat != null || !forView) {
      map['startPositionLat'] = startPositionLat;
    }
    if (startPositionLong != null || !forView) {
      map['startPositionLong'] = startPositionLong;
    }
    if (endPositionLat != null || !forView) {
      map['endPositionLat'] = endPositionLat;
    }
    if (endPositionLong != null || !forView) {
      map['endPositionLong'] = endPositionLong;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (avgRunningCadence != null || !forView) {
      map['avgRunningCadence'] = avgRunningCadence;
    }
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (sport != null || !forView) {
      map['sport'] = sport;
    }
    if (subSport != null || !forView) {
      map['subSport'] = subSport;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (totalElapsedTime != null || !forView) {
      map['totalElapsedTime'] = totalElapsedTime;
    }
    if (totalTimerTime != null || !forView) {
      map['totalTimerTime'] = totalTimerTime;
    }
    if (totalDistance != null || !forView) {
      map['totalDistance'] = totalDistance;
    }
    if (totalStrides != null || !forView) {
      map['totalStrides'] = totalStrides;
    }
    if (totalCalories != null || !forView) {
      map['totalCalories'] = totalCalories;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (avgStanceTimePercent != null || !forView) {
      map['avgStanceTimePercent'] = avgStanceTimePercent;
    }
    if (avgStanceTime != null || !forView) {
      map['avgStanceTime'] = avgStanceTime;
    }
    if (maxRunningCadence != null || !forView) {
      map['maxRunningCadence'] = maxRunningCadence;
    }
    if (intensity != null || !forView) {
      map['intensity'] = intensity;
    }
    if (lapTrigger != null || !forView) {
      map['lapTrigger'] = lapTrigger;
    }
    if (avgTemperature != null || !forView) {
      map['avgTemperature'] = avgTemperature;
    }
    if (maxTemperature != null || !forView) {
      map['maxTemperature'] = maxTemperature;
    }
    if (avgFractionalCadence != null || !forView) {
      map['avgFractionalCadence'] = avgFractionalCadence;
    }
    if (maxFractionalCadence != null || !forView) {
      map['maxFractionalCadence'] = maxFractionalCadence;
    }
    if (totalFractionalCycles != null || !forView) {
      map['totalFractionalCycles'] = totalFractionalCycles;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (avgPowerRatio != null || !forView) {
      map['avgPowerRatio'] = avgPowerRatio;
    }
    if (sdevPowerRatio != null || !forView) {
      map['sdevPowerRatio'] = sdevPowerRatio;
    }
    if (avgStrideRatio != null || !forView) {
      map['avgStrideRatio'] = avgStrideRatio;
    }
    if (sdevStrideRatio != null || !forView) {
      map['sdevStrideRatio'] = sdevStrideRatio;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (startTime != null) {
      map['startTime'] = forJson
          ? startTime!.toString()
          : forQuery
              ? startTime!.millisecondsSinceEpoch
              : startTime;
    } else if (startTime != null || !forView) {
      map['startTime'] = null;
    }
    if (startPositionLat != null || !forView) {
      map['startPositionLat'] = startPositionLat;
    }
    if (startPositionLong != null || !forView) {
      map['startPositionLong'] = startPositionLong;
    }
    if (endPositionLat != null || !forView) {
      map['endPositionLat'] = endPositionLat;
    }
    if (endPositionLong != null || !forView) {
      map['endPositionLong'] = endPositionLong;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (avgRunningCadence != null || !forView) {
      map['avgRunningCadence'] = avgRunningCadence;
    }
    if (event != null || !forView) {
      map['event'] = event;
    }
    if (eventType != null || !forView) {
      map['eventType'] = eventType;
    }
    if (eventGroup != null || !forView) {
      map['eventGroup'] = eventGroup;
    }
    if (sport != null || !forView) {
      map['sport'] = sport;
    }
    if (subSport != null || !forView) {
      map['subSport'] = subSport;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (totalElapsedTime != null || !forView) {
      map['totalElapsedTime'] = totalElapsedTime;
    }
    if (totalTimerTime != null || !forView) {
      map['totalTimerTime'] = totalTimerTime;
    }
    if (totalDistance != null || !forView) {
      map['totalDistance'] = totalDistance;
    }
    if (totalStrides != null || !forView) {
      map['totalStrides'] = totalStrides;
    }
    if (totalCalories != null || !forView) {
      map['totalCalories'] = totalCalories;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (avgStanceTimePercent != null || !forView) {
      map['avgStanceTimePercent'] = avgStanceTimePercent;
    }
    if (avgStanceTime != null || !forView) {
      map['avgStanceTime'] = avgStanceTime;
    }
    if (maxRunningCadence != null || !forView) {
      map['maxRunningCadence'] = maxRunningCadence;
    }
    if (intensity != null || !forView) {
      map['intensity'] = intensity;
    }
    if (lapTrigger != null || !forView) {
      map['lapTrigger'] = lapTrigger;
    }
    if (avgTemperature != null || !forView) {
      map['avgTemperature'] = avgTemperature;
    }
    if (maxTemperature != null || !forView) {
      map['maxTemperature'] = maxTemperature;
    }
    if (avgFractionalCadence != null || !forView) {
      map['avgFractionalCadence'] = avgFractionalCadence;
    }
    if (maxFractionalCadence != null || !forView) {
      map['maxFractionalCadence'] = maxFractionalCadence;
    }
    if (totalFractionalCycles != null || !forView) {
      map['totalFractionalCycles'] = totalFractionalCycles;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (avgPowerRatio != null || !forView) {
      map['avgPowerRatio'] = avgPowerRatio;
    }
    if (sdevPowerRatio != null || !forView) {
      map['sdevPowerRatio'] = sdevPowerRatio;
    }
    if (avgStrideRatio != null || !forView) {
      map['avgStrideRatio'] = avgStrideRatio;
    }
    if (sdevStrideRatio != null || !forView) {
      map['sdevStrideRatio'] = sdevStrideRatio;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

// COLLECTIONS (DbLap)
    if (!forQuery) {
      map['DbEvents'] = await getDbEvents()!.toMapList();
    }
    if (!forQuery) {
      map['DbLapTaggings'] = await getDbLapTaggings()!.toMapList();
    }
// END COLLECTIONS (DbLap)

    return map;
  }

  /// This method returns Json String [DbLap]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbLap]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      startTime != null ? startTime!.millisecondsSinceEpoch : null,
      startPositionLat,
      startPositionLong,
      endPositionLat,
      endPositionLong,
      avgHeartRate,
      maxHeartRate,
      avgRunningCadence,
      event,
      eventType,
      eventGroup,
      sport,
      subSport,
      avgVerticalOscillation,
      totalElapsedTime,
      totalTimerTime,
      totalDistance,
      totalStrides,
      totalCalories,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      sdevSpeed,
      sdevPace,
      minSpeed,
      maxSpeed,
      totalAscent,
      totalDescent,
      avgStanceTimePercent,
      avgStanceTime,
      maxRunningCadence,
      intensity,
      lapTrigger,
      avgTemperature,
      maxTemperature,
      avgFractionalCadence,
      maxFractionalCadence,
      totalFractionalCycles,
      avgPower,
      minPower,
      maxPower,
      sdevPower,
      minHeartRate,
      sdevHeartRate,
      avgGroundTime,
      sdevGroundTime,
      avgLegSpringStiffness,
      sdevLegSpringStiffness,
      avgFormPower,
      sdevFormPower,
      avgStrydCadence,
      sdevStrydCadence,
      sdevVerticalOscillation,
      avgPowerRatio,
      sdevPowerRatio,
      avgStrideRatio,
      sdevStrideRatio,
      cp,
      ftp,
      movingTime,
      activitiesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      startTime != null ? startTime!.millisecondsSinceEpoch : null,
      startPositionLat,
      startPositionLong,
      endPositionLat,
      endPositionLong,
      avgHeartRate,
      maxHeartRate,
      avgRunningCadence,
      event,
      eventType,
      eventGroup,
      sport,
      subSport,
      avgVerticalOscillation,
      totalElapsedTime,
      totalTimerTime,
      totalDistance,
      totalStrides,
      totalCalories,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      sdevSpeed,
      sdevPace,
      minSpeed,
      maxSpeed,
      totalAscent,
      totalDescent,
      avgStanceTimePercent,
      avgStanceTime,
      maxRunningCadence,
      intensity,
      lapTrigger,
      avgTemperature,
      maxTemperature,
      avgFractionalCadence,
      maxFractionalCadence,
      totalFractionalCycles,
      avgPower,
      minPower,
      maxPower,
      sdevPower,
      minHeartRate,
      sdevHeartRate,
      avgGroundTime,
      sdevGroundTime,
      avgLegSpringStiffness,
      sdevLegSpringStiffness,
      avgFormPower,
      sdevFormPower,
      avgStrydCadence,
      sdevStrydCadence,
      sdevVerticalOscillation,
      avgPowerRatio,
      sdevPowerRatio,
      avgStrideRatio,
      sdevStrideRatio,
      cp,
      ftp,
      movingTime,
      activitiesId
    ];
  }

  static Future<List<DbLap>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLap.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbLap>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbLap>[];
    try {
      objList = list
          .map((dblap) => DbLap.fromMap(dblap as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLap.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbLap>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbLap> objList = <DbLap>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbLap.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('laps.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('laps.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('laps.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('laps.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbLap by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbLap] if exist, otherwise returns null
  Future<DbLap?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbLap? obj;
    final data = await _mnDbLap.getById([id]);
    if (data.length != 0) {
      obj = DbLap.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('laps.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('laps.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('laps.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('laps.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbLap) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLap.insert(this, ignoreBatch);
    } else {
      await _mnDbLap.update(this);
    }

    return id;
  }

  /// Saves the (DbLap) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLap.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbLap.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbLap. Returns a new Primary Key value of DbLap

  /// <returns>Returns a new Primary Key value of DbLap
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbLap> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbLap> dblaps,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dblaps) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dblaps.length; i++) {
        if (dblaps[i].id == null) {
          dblaps[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbLap.rawInsert(
          'INSERT OR REPLACE INTO laps (id, timeStamp, startTime, startPositionLat, startPositionLong, endPositionLat, endPositionLong, avgHeartRate, maxHeartRate, avgRunningCadence, event, eventType, eventGroup, sport, subSport, avgVerticalOscillation, totalElapsedTime, totalTimerTime, totalDistance, totalStrides, totalCalories, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, sdevSpeed, sdevPace, minSpeed, maxSpeed, totalAscent, totalDescent, avgStanceTimePercent, avgStanceTime, maxRunningCadence, intensity, lapTrigger, avgTemperature, maxTemperature, avgFractionalCadence, maxFractionalCadence, totalFractionalCycles, avgPower, minPower, maxPower, sdevPower, minHeartRate, sdevHeartRate, avgGroundTime, sdevGroundTime, avgLegSpringStiffness, sdevLegSpringStiffness, avgFormPower, sdevFormPower, avgStrydCadence, sdevStrydCadence, sdevVerticalOscillation, avgPowerRatio, sdevPowerRatio, avgStrideRatio, sdevStrideRatio, cp, ftp, movingTime, activitiesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
          [
            id,
            timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
            startTime != null ? startTime!.millisecondsSinceEpoch : null,
            startPositionLat,
            startPositionLong,
            endPositionLat,
            endPositionLong,
            avgHeartRate,
            maxHeartRate,
            avgRunningCadence,
            event,
            eventType,
            eventGroup,
            sport,
            subSport,
            avgVerticalOscillation,
            totalElapsedTime,
            totalTimerTime,
            totalDistance,
            totalStrides,
            totalCalories,
            avgSpeed,
            avgSpeedByMeasurements,
            avgSpeedBySpeed,
            avgSpeedByDistance,
            sdevSpeed,
            sdevPace,
            minSpeed,
            maxSpeed,
            totalAscent,
            totalDescent,
            avgStanceTimePercent,
            avgStanceTime,
            maxRunningCadence,
            intensity,
            lapTrigger,
            avgTemperature,
            maxTemperature,
            avgFractionalCadence,
            maxFractionalCadence,
            totalFractionalCycles,
            avgPower,
            minPower,
            maxPower,
            sdevPower,
            minHeartRate,
            sdevHeartRate,
            avgGroundTime,
            sdevGroundTime,
            avgLegSpringStiffness,
            sdevLegSpringStiffness,
            avgFormPower,
            sdevFormPower,
            avgStrydCadence,
            sdevStrydCadence,
            sdevVerticalOscillation,
            avgPowerRatio,
            sdevPowerRatio,
            avgStrideRatio,
            sdevStrideRatio,
            cp,
            ftp,
            movingTime,
            activitiesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true, successMessage: 'DbLap id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbLap id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbLap Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbLap>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbLap> dblaps,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbLap.rawInsertAll(
        'INSERT OR REPLACE INTO laps (id, timeStamp, startTime, startPositionLat, startPositionLong, endPositionLat, endPositionLong, avgHeartRate, maxHeartRate, avgRunningCadence, event, eventType, eventGroup, sport, subSport, avgVerticalOscillation, totalElapsedTime, totalTimerTime, totalDistance, totalStrides, totalCalories, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, sdevSpeed, sdevPace, minSpeed, maxSpeed, totalAscent, totalDescent, avgStanceTimePercent, avgStanceTime, maxRunningCadence, intensity, lapTrigger, avgTemperature, maxTemperature, avgFractionalCadence, maxFractionalCadence, totalFractionalCycles, avgPower, minPower, maxPower, sdevPower, minHeartRate, sdevHeartRate, avgGroundTime, sdevGroundTime, avgLegSpringStiffness, sdevLegSpringStiffness, avgFormPower, sdevFormPower, avgStrydCadence, sdevStrydCadence, sdevVerticalOscillation, avgPowerRatio, sdevPowerRatio, avgStrideRatio, sdevStrideRatio, cp, ftp, movingTime, activitiesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
        dblaps,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbLap

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbLap invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result =
          await DbEvent().select().lapsId.equals(id).and.delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbLapTagging()
          .select()
          .lapsId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbLap
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbLap.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbLap] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbLapFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLapFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbLapFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLapFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    activitiesId = activitiesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dblap

// region DbLapField
class DbLapField extends FilterBase {
  DbLapField(DbLapFilterBuilder dblapFB) : super(dblapFB);

  @override
  DbLapFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder isNull() {
    return super.isNull() as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbLapFilterBuilder;
  }

  @override
  DbLapField get not {
    return super.not as DbLapField;
  }
}
// endregion DbLapField

// region DbLapFilterBuilder
class DbLapFilterBuilder extends ConjunctionBase {
  DbLapFilterBuilder(DbLap obj, bool? getIsDeleted) : super(obj, getIsDeleted) {
    _mnDbLap = obj._mnDbLap;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbLapManager? _mnDbLap;

  /// put the sql keyword 'AND'
  @override
  DbLapFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbLapFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbLapFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbLapFilterBuilder where(String? whereCriteria, {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbLapFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbLapFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbLapFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLapFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLapFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLapFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLapFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbLapField _setField(DbLapField? field, String colName, DbType dbtype) {
    return DbLapField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbLapField? _id;
  DbLapField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbLapField? _timeStamp;
  DbLapField get timeStamp {
    return _timeStamp = _setField(_timeStamp, 'timeStamp', DbType.datetime);
  }

  DbLapField? _startTime;
  DbLapField get startTime {
    return _startTime = _setField(_startTime, 'startTime', DbType.datetime);
  }

  DbLapField? _startPositionLat;
  DbLapField get startPositionLat {
    return _startPositionLat =
        _setField(_startPositionLat, 'startPositionLat', DbType.real);
  }

  DbLapField? _startPositionLong;
  DbLapField get startPositionLong {
    return _startPositionLong =
        _setField(_startPositionLong, 'startPositionLong', DbType.real);
  }

  DbLapField? _endPositionLat;
  DbLapField get endPositionLat {
    return _endPositionLat =
        _setField(_endPositionLat, 'endPositionLat', DbType.real);
  }

  DbLapField? _endPositionLong;
  DbLapField get endPositionLong {
    return _endPositionLong =
        _setField(_endPositionLong, 'endPositionLong', DbType.real);
  }

  DbLapField? _avgHeartRate;
  DbLapField get avgHeartRate {
    return _avgHeartRate =
        _setField(_avgHeartRate, 'avgHeartRate', DbType.integer);
  }

  DbLapField? _maxHeartRate;
  DbLapField get maxHeartRate {
    return _maxHeartRate =
        _setField(_maxHeartRate, 'maxHeartRate', DbType.integer);
  }

  DbLapField? _avgRunningCadence;
  DbLapField get avgRunningCadence {
    return _avgRunningCadence =
        _setField(_avgRunningCadence, 'avgRunningCadence', DbType.real);
  }

  DbLapField? _event;
  DbLapField get event {
    return _event = _setField(_event, 'event', DbType.text);
  }

  DbLapField? _eventType;
  DbLapField get eventType {
    return _eventType = _setField(_eventType, 'eventType', DbType.text);
  }

  DbLapField? _eventGroup;
  DbLapField get eventGroup {
    return _eventGroup = _setField(_eventGroup, 'eventGroup', DbType.integer);
  }

  DbLapField? _sport;
  DbLapField get sport {
    return _sport = _setField(_sport, 'sport', DbType.text);
  }

  DbLapField? _subSport;
  DbLapField get subSport {
    return _subSport = _setField(_subSport, 'subSport', DbType.text);
  }

  DbLapField? _avgVerticalOscillation;
  DbLapField get avgVerticalOscillation {
    return _avgVerticalOscillation = _setField(
        _avgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  DbLapField? _totalElapsedTime;
  DbLapField get totalElapsedTime {
    return _totalElapsedTime =
        _setField(_totalElapsedTime, 'totalElapsedTime', DbType.integer);
  }

  DbLapField? _totalTimerTime;
  DbLapField get totalTimerTime {
    return _totalTimerTime =
        _setField(_totalTimerTime, 'totalTimerTime', DbType.integer);
  }

  DbLapField? _totalDistance;
  DbLapField get totalDistance {
    return _totalDistance =
        _setField(_totalDistance, 'totalDistance', DbType.integer);
  }

  DbLapField? _totalStrides;
  DbLapField get totalStrides {
    return _totalStrides =
        _setField(_totalStrides, 'totalStrides', DbType.integer);
  }

  DbLapField? _totalCalories;
  DbLapField get totalCalories {
    return _totalCalories =
        _setField(_totalCalories, 'totalCalories', DbType.integer);
  }

  DbLapField? _avgSpeed;
  DbLapField get avgSpeed {
    return _avgSpeed = _setField(_avgSpeed, 'avgSpeed', DbType.real);
  }

  DbLapField? _avgSpeedByMeasurements;
  DbLapField get avgSpeedByMeasurements {
    return _avgSpeedByMeasurements = _setField(
        _avgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  DbLapField? _avgSpeedBySpeed;
  DbLapField get avgSpeedBySpeed {
    return _avgSpeedBySpeed =
        _setField(_avgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  DbLapField? _avgSpeedByDistance;
  DbLapField get avgSpeedByDistance {
    return _avgSpeedByDistance =
        _setField(_avgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  DbLapField? _sdevSpeed;
  DbLapField get sdevSpeed {
    return _sdevSpeed = _setField(_sdevSpeed, 'sdevSpeed', DbType.real);
  }

  DbLapField? _sdevPace;
  DbLapField get sdevPace {
    return _sdevPace = _setField(_sdevPace, 'sdevPace', DbType.real);
  }

  DbLapField? _minSpeed;
  DbLapField get minSpeed {
    return _minSpeed = _setField(_minSpeed, 'minSpeed', DbType.real);
  }

  DbLapField? _maxSpeed;
  DbLapField get maxSpeed {
    return _maxSpeed = _setField(_maxSpeed, 'maxSpeed', DbType.real);
  }

  DbLapField? _totalAscent;
  DbLapField get totalAscent {
    return _totalAscent =
        _setField(_totalAscent, 'totalAscent', DbType.integer);
  }

  DbLapField? _totalDescent;
  DbLapField get totalDescent {
    return _totalDescent =
        _setField(_totalDescent, 'totalDescent', DbType.integer);
  }

  DbLapField? _avgStanceTimePercent;
  DbLapField get avgStanceTimePercent {
    return _avgStanceTimePercent =
        _setField(_avgStanceTimePercent, 'avgStanceTimePercent', DbType.real);
  }

  DbLapField? _avgStanceTime;
  DbLapField get avgStanceTime {
    return _avgStanceTime =
        _setField(_avgStanceTime, 'avgStanceTime', DbType.real);
  }

  DbLapField? _maxRunningCadence;
  DbLapField get maxRunningCadence {
    return _maxRunningCadence =
        _setField(_maxRunningCadence, 'maxRunningCadence', DbType.integer);
  }

  DbLapField? _intensity;
  DbLapField get intensity {
    return _intensity = _setField(_intensity, 'intensity', DbType.integer);
  }

  DbLapField? _lapTrigger;
  DbLapField get lapTrigger {
    return _lapTrigger = _setField(_lapTrigger, 'lapTrigger', DbType.text);
  }

  DbLapField? _avgTemperature;
  DbLapField get avgTemperature {
    return _avgTemperature =
        _setField(_avgTemperature, 'avgTemperature', DbType.integer);
  }

  DbLapField? _maxTemperature;
  DbLapField get maxTemperature {
    return _maxTemperature =
        _setField(_maxTemperature, 'maxTemperature', DbType.integer);
  }

  DbLapField? _avgFractionalCadence;
  DbLapField get avgFractionalCadence {
    return _avgFractionalCadence =
        _setField(_avgFractionalCadence, 'avgFractionalCadence', DbType.real);
  }

  DbLapField? _maxFractionalCadence;
  DbLapField get maxFractionalCadence {
    return _maxFractionalCadence =
        _setField(_maxFractionalCadence, 'maxFractionalCadence', DbType.real);
  }

  DbLapField? _totalFractionalCycles;
  DbLapField get totalFractionalCycles {
    return _totalFractionalCycles =
        _setField(_totalFractionalCycles, 'totalFractionalCycles', DbType.real);
  }

  DbLapField? _avgPower;
  DbLapField get avgPower {
    return _avgPower = _setField(_avgPower, 'avgPower', DbType.real);
  }

  DbLapField? _minPower;
  DbLapField get minPower {
    return _minPower = _setField(_minPower, 'minPower', DbType.integer);
  }

  DbLapField? _maxPower;
  DbLapField get maxPower {
    return _maxPower = _setField(_maxPower, 'maxPower', DbType.integer);
  }

  DbLapField? _sdevPower;
  DbLapField get sdevPower {
    return _sdevPower = _setField(_sdevPower, 'sdevPower', DbType.real);
  }

  DbLapField? _minHeartRate;
  DbLapField get minHeartRate {
    return _minHeartRate =
        _setField(_minHeartRate, 'minHeartRate', DbType.integer);
  }

  DbLapField? _sdevHeartRate;
  DbLapField get sdevHeartRate {
    return _sdevHeartRate =
        _setField(_sdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  DbLapField? _avgGroundTime;
  DbLapField get avgGroundTime {
    return _avgGroundTime =
        _setField(_avgGroundTime, 'avgGroundTime', DbType.real);
  }

  DbLapField? _sdevGroundTime;
  DbLapField get sdevGroundTime {
    return _sdevGroundTime =
        _setField(_sdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  DbLapField? _avgLegSpringStiffness;
  DbLapField get avgLegSpringStiffness {
    return _avgLegSpringStiffness =
        _setField(_avgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  DbLapField? _sdevLegSpringStiffness;
  DbLapField get sdevLegSpringStiffness {
    return _sdevLegSpringStiffness = _setField(
        _sdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  DbLapField? _avgFormPower;
  DbLapField get avgFormPower {
    return _avgFormPower =
        _setField(_avgFormPower, 'avgFormPower', DbType.real);
  }

  DbLapField? _sdevFormPower;
  DbLapField get sdevFormPower {
    return _sdevFormPower =
        _setField(_sdevFormPower, 'sdevFormPower', DbType.real);
  }

  DbLapField? _avgStrydCadence;
  DbLapField get avgStrydCadence {
    return _avgStrydCadence =
        _setField(_avgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  DbLapField? _sdevStrydCadence;
  DbLapField get sdevStrydCadence {
    return _sdevStrydCadence =
        _setField(_sdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  DbLapField? _sdevVerticalOscillation;
  DbLapField get sdevVerticalOscillation {
    return _sdevVerticalOscillation = _setField(
        _sdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  DbLapField? _avgPowerRatio;
  DbLapField get avgPowerRatio {
    return _avgPowerRatio =
        _setField(_avgPowerRatio, 'avgPowerRatio', DbType.real);
  }

  DbLapField? _sdevPowerRatio;
  DbLapField get sdevPowerRatio {
    return _sdevPowerRatio =
        _setField(_sdevPowerRatio, 'sdevPowerRatio', DbType.real);
  }

  DbLapField? _avgStrideRatio;
  DbLapField get avgStrideRatio {
    return _avgStrideRatio =
        _setField(_avgStrideRatio, 'avgStrideRatio', DbType.real);
  }

  DbLapField? _sdevStrideRatio;
  DbLapField get sdevStrideRatio {
    return _sdevStrideRatio =
        _setField(_sdevStrideRatio, 'sdevStrideRatio', DbType.real);
  }

  DbLapField? _cp;
  DbLapField get cp {
    return _cp = _setField(_cp, 'cp', DbType.real);
  }

  DbLapField? _ftp;
  DbLapField get ftp {
    return _ftp = _setField(_ftp, 'ftp', DbType.real);
  }

  DbLapField? _movingTime;
  DbLapField get movingTime {
    return _movingTime = _setField(_movingTime, 'movingTime', DbType.integer);
  }

  DbLapField? _activitiesId;
  DbLapField get activitiesId {
    return _activitiesId =
        _setField(_activitiesId, 'activitiesId', DbType.integer);
  }

  /// Deletes List<DbLap> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbEvent) according to DeleteRule.CASCADE
    final idListDbEventBYlapsId = toListPrimaryKeySQL(false);
    final resDbEventBYlapsId = await DbEvent()
        .select()
        .where('lapsId IN (${idListDbEventBYlapsId['sql']})',
            parameterValue: idListDbEventBYlapsId['args'])
        .delete(hardDelete);
    if (!resDbEventBYlapsId.success) {
      return resDbEventBYlapsId;
    }
// Delete sub records where in (DbLapTagging) according to DeleteRule.CASCADE
    final idListDbLapTaggingBYlapsId = toListPrimaryKeySQL(false);
    final resDbLapTaggingBYlapsId = await DbLapTagging()
        .select()
        .where('lapsId IN (${idListDbLapTaggingBYlapsId['sql']})',
            parameterValue: idListDbLapTaggingBYlapsId['args'])
        .delete(hardDelete);
    if (!resDbLapTaggingBYlapsId.success) {
      return resDbLapTaggingBYlapsId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbLap!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbLap!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from laps ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbLap!.updateBatch(qparams, values);
  }

  /// This method always returns [DbLap] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLap?
  @override
  Future<DbLap?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbLap!.toList(qparams);
    final data = await objFuture;
    DbLap? obj;
    if (data.isNotEmpty) {
      obj = DbLap.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('laps.plDbEvents') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbEvents'))) {
          /*_loadedfields!.add('laps.plDbEvents'); */ obj.plDbEvents =
              obj.plDbEvents ??
                  await obj.getDbEvents()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('laps.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('laps.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbLap]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLap?
  @override
  Future<DbLap> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbLap();
  }

  /// This method returns int. [DbLap]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dblapCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dblapsFuture = await _mnDbLap!.toList(qparams);
    final int count = dblapsFuture[0]['CNT'] as int;
    if (dblapCount != null) {
      dblapCount(count);
    }
    return count;
  }

  /// This method returns List<DbLap> [DbLap]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbLap>
  @override
  Future<List<DbLap>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbLap> dblapsData = await DbLap.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dblapsData;
  }

  /// This method returns Json String [DbLap]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbLap]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbLap]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbLap!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbLap]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM laps WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbLap!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbLap]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbLap!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbLap.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbLap!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbLapFilterBuilder

// region DbLapFields
class DbLapFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fTimeStamp;
  static TableField get timeStamp {
    return _fTimeStamp = _fTimeStamp ??
        SqlSyntax.setField(_fTimeStamp, 'timeStamp', DbType.datetime);
  }

  static TableField? _fStartTime;
  static TableField get startTime {
    return _fStartTime = _fStartTime ??
        SqlSyntax.setField(_fStartTime, 'startTime', DbType.datetime);
  }

  static TableField? _fStartPositionLat;
  static TableField get startPositionLat {
    return _fStartPositionLat = _fStartPositionLat ??
        SqlSyntax.setField(_fStartPositionLat, 'startPositionLat', DbType.real);
  }

  static TableField? _fStartPositionLong;
  static TableField get startPositionLong {
    return _fStartPositionLong = _fStartPositionLong ??
        SqlSyntax.setField(
            _fStartPositionLong, 'startPositionLong', DbType.real);
  }

  static TableField? _fEndPositionLat;
  static TableField get endPositionLat {
    return _fEndPositionLat = _fEndPositionLat ??
        SqlSyntax.setField(_fEndPositionLat, 'endPositionLat', DbType.real);
  }

  static TableField? _fEndPositionLong;
  static TableField get endPositionLong {
    return _fEndPositionLong = _fEndPositionLong ??
        SqlSyntax.setField(_fEndPositionLong, 'endPositionLong', DbType.real);
  }

  static TableField? _fAvgHeartRate;
  static TableField get avgHeartRate {
    return _fAvgHeartRate = _fAvgHeartRate ??
        SqlSyntax.setField(_fAvgHeartRate, 'avgHeartRate', DbType.integer);
  }

  static TableField? _fMaxHeartRate;
  static TableField get maxHeartRate {
    return _fMaxHeartRate = _fMaxHeartRate ??
        SqlSyntax.setField(_fMaxHeartRate, 'maxHeartRate', DbType.integer);
  }

  static TableField? _fAvgRunningCadence;
  static TableField get avgRunningCadence {
    return _fAvgRunningCadence = _fAvgRunningCadence ??
        SqlSyntax.setField(
            _fAvgRunningCadence, 'avgRunningCadence', DbType.real);
  }

  static TableField? _fEvent;
  static TableField get event {
    return _fEvent =
        _fEvent ?? SqlSyntax.setField(_fEvent, 'event', DbType.text);
  }

  static TableField? _fEventType;
  static TableField get eventType {
    return _fEventType = _fEventType ??
        SqlSyntax.setField(_fEventType, 'eventType', DbType.text);
  }

  static TableField? _fEventGroup;
  static TableField get eventGroup {
    return _fEventGroup = _fEventGroup ??
        SqlSyntax.setField(_fEventGroup, 'eventGroup', DbType.integer);
  }

  static TableField? _fSport;
  static TableField get sport {
    return _fSport =
        _fSport ?? SqlSyntax.setField(_fSport, 'sport', DbType.text);
  }

  static TableField? _fSubSport;
  static TableField get subSport {
    return _fSubSport =
        _fSubSport ?? SqlSyntax.setField(_fSubSport, 'subSport', DbType.text);
  }

  static TableField? _fAvgVerticalOscillation;
  static TableField get avgVerticalOscillation {
    return _fAvgVerticalOscillation = _fAvgVerticalOscillation ??
        SqlSyntax.setField(
            _fAvgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  static TableField? _fTotalElapsedTime;
  static TableField get totalElapsedTime {
    return _fTotalElapsedTime = _fTotalElapsedTime ??
        SqlSyntax.setField(
            _fTotalElapsedTime, 'totalElapsedTime', DbType.integer);
  }

  static TableField? _fTotalTimerTime;
  static TableField get totalTimerTime {
    return _fTotalTimerTime = _fTotalTimerTime ??
        SqlSyntax.setField(_fTotalTimerTime, 'totalTimerTime', DbType.integer);
  }

  static TableField? _fTotalDistance;
  static TableField get totalDistance {
    return _fTotalDistance = _fTotalDistance ??
        SqlSyntax.setField(_fTotalDistance, 'totalDistance', DbType.integer);
  }

  static TableField? _fTotalStrides;
  static TableField get totalStrides {
    return _fTotalStrides = _fTotalStrides ??
        SqlSyntax.setField(_fTotalStrides, 'totalStrides', DbType.integer);
  }

  static TableField? _fTotalCalories;
  static TableField get totalCalories {
    return _fTotalCalories = _fTotalCalories ??
        SqlSyntax.setField(_fTotalCalories, 'totalCalories', DbType.integer);
  }

  static TableField? _fAvgSpeed;
  static TableField get avgSpeed {
    return _fAvgSpeed =
        _fAvgSpeed ?? SqlSyntax.setField(_fAvgSpeed, 'avgSpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByMeasurements;
  static TableField get avgSpeedByMeasurements {
    return _fAvgSpeedByMeasurements = _fAvgSpeedByMeasurements ??
        SqlSyntax.setField(
            _fAvgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  static TableField? _fAvgSpeedBySpeed;
  static TableField get avgSpeedBySpeed {
    return _fAvgSpeedBySpeed = _fAvgSpeedBySpeed ??
        SqlSyntax.setField(_fAvgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByDistance;
  static TableField get avgSpeedByDistance {
    return _fAvgSpeedByDistance = _fAvgSpeedByDistance ??
        SqlSyntax.setField(
            _fAvgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  static TableField? _fSdevSpeed;
  static TableField get sdevSpeed {
    return _fSdevSpeed = _fSdevSpeed ??
        SqlSyntax.setField(_fSdevSpeed, 'sdevSpeed', DbType.real);
  }

  static TableField? _fSdevPace;
  static TableField get sdevPace {
    return _fSdevPace =
        _fSdevPace ?? SqlSyntax.setField(_fSdevPace, 'sdevPace', DbType.real);
  }

  static TableField? _fMinSpeed;
  static TableField get minSpeed {
    return _fMinSpeed =
        _fMinSpeed ?? SqlSyntax.setField(_fMinSpeed, 'minSpeed', DbType.real);
  }

  static TableField? _fMaxSpeed;
  static TableField get maxSpeed {
    return _fMaxSpeed =
        _fMaxSpeed ?? SqlSyntax.setField(_fMaxSpeed, 'maxSpeed', DbType.real);
  }

  static TableField? _fTotalAscent;
  static TableField get totalAscent {
    return _fTotalAscent = _fTotalAscent ??
        SqlSyntax.setField(_fTotalAscent, 'totalAscent', DbType.integer);
  }

  static TableField? _fTotalDescent;
  static TableField get totalDescent {
    return _fTotalDescent = _fTotalDescent ??
        SqlSyntax.setField(_fTotalDescent, 'totalDescent', DbType.integer);
  }

  static TableField? _fAvgStanceTimePercent;
  static TableField get avgStanceTimePercent {
    return _fAvgStanceTimePercent = _fAvgStanceTimePercent ??
        SqlSyntax.setField(
            _fAvgStanceTimePercent, 'avgStanceTimePercent', DbType.real);
  }

  static TableField? _fAvgStanceTime;
  static TableField get avgStanceTime {
    return _fAvgStanceTime = _fAvgStanceTime ??
        SqlSyntax.setField(_fAvgStanceTime, 'avgStanceTime', DbType.real);
  }

  static TableField? _fMaxRunningCadence;
  static TableField get maxRunningCadence {
    return _fMaxRunningCadence = _fMaxRunningCadence ??
        SqlSyntax.setField(
            _fMaxRunningCadence, 'maxRunningCadence', DbType.integer);
  }

  static TableField? _fIntensity;
  static TableField get intensity {
    return _fIntensity = _fIntensity ??
        SqlSyntax.setField(_fIntensity, 'intensity', DbType.integer);
  }

  static TableField? _fLapTrigger;
  static TableField get lapTrigger {
    return _fLapTrigger = _fLapTrigger ??
        SqlSyntax.setField(_fLapTrigger, 'lapTrigger', DbType.text);
  }

  static TableField? _fAvgTemperature;
  static TableField get avgTemperature {
    return _fAvgTemperature = _fAvgTemperature ??
        SqlSyntax.setField(_fAvgTemperature, 'avgTemperature', DbType.integer);
  }

  static TableField? _fMaxTemperature;
  static TableField get maxTemperature {
    return _fMaxTemperature = _fMaxTemperature ??
        SqlSyntax.setField(_fMaxTemperature, 'maxTemperature', DbType.integer);
  }

  static TableField? _fAvgFractionalCadence;
  static TableField get avgFractionalCadence {
    return _fAvgFractionalCadence = _fAvgFractionalCadence ??
        SqlSyntax.setField(
            _fAvgFractionalCadence, 'avgFractionalCadence', DbType.real);
  }

  static TableField? _fMaxFractionalCadence;
  static TableField get maxFractionalCadence {
    return _fMaxFractionalCadence = _fMaxFractionalCadence ??
        SqlSyntax.setField(
            _fMaxFractionalCadence, 'maxFractionalCadence', DbType.real);
  }

  static TableField? _fTotalFractionalCycles;
  static TableField get totalFractionalCycles {
    return _fTotalFractionalCycles = _fTotalFractionalCycles ??
        SqlSyntax.setField(
            _fTotalFractionalCycles, 'totalFractionalCycles', DbType.real);
  }

  static TableField? _fAvgPower;
  static TableField get avgPower {
    return _fAvgPower =
        _fAvgPower ?? SqlSyntax.setField(_fAvgPower, 'avgPower', DbType.real);
  }

  static TableField? _fMinPower;
  static TableField get minPower {
    return _fMinPower = _fMinPower ??
        SqlSyntax.setField(_fMinPower, 'minPower', DbType.integer);
  }

  static TableField? _fMaxPower;
  static TableField get maxPower {
    return _fMaxPower = _fMaxPower ??
        SqlSyntax.setField(_fMaxPower, 'maxPower', DbType.integer);
  }

  static TableField? _fSdevPower;
  static TableField get sdevPower {
    return _fSdevPower = _fSdevPower ??
        SqlSyntax.setField(_fSdevPower, 'sdevPower', DbType.real);
  }

  static TableField? _fMinHeartRate;
  static TableField get minHeartRate {
    return _fMinHeartRate = _fMinHeartRate ??
        SqlSyntax.setField(_fMinHeartRate, 'minHeartRate', DbType.integer);
  }

  static TableField? _fSdevHeartRate;
  static TableField get sdevHeartRate {
    return _fSdevHeartRate = _fSdevHeartRate ??
        SqlSyntax.setField(_fSdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  static TableField? _fAvgGroundTime;
  static TableField get avgGroundTime {
    return _fAvgGroundTime = _fAvgGroundTime ??
        SqlSyntax.setField(_fAvgGroundTime, 'avgGroundTime', DbType.real);
  }

  static TableField? _fSdevGroundTime;
  static TableField get sdevGroundTime {
    return _fSdevGroundTime = _fSdevGroundTime ??
        SqlSyntax.setField(_fSdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  static TableField? _fAvgLegSpringStiffness;
  static TableField get avgLegSpringStiffness {
    return _fAvgLegSpringStiffness = _fAvgLegSpringStiffness ??
        SqlSyntax.setField(
            _fAvgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  static TableField? _fSdevLegSpringStiffness;
  static TableField get sdevLegSpringStiffness {
    return _fSdevLegSpringStiffness = _fSdevLegSpringStiffness ??
        SqlSyntax.setField(
            _fSdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  static TableField? _fAvgFormPower;
  static TableField get avgFormPower {
    return _fAvgFormPower = _fAvgFormPower ??
        SqlSyntax.setField(_fAvgFormPower, 'avgFormPower', DbType.real);
  }

  static TableField? _fSdevFormPower;
  static TableField get sdevFormPower {
    return _fSdevFormPower = _fSdevFormPower ??
        SqlSyntax.setField(_fSdevFormPower, 'sdevFormPower', DbType.real);
  }

  static TableField? _fAvgStrydCadence;
  static TableField get avgStrydCadence {
    return _fAvgStrydCadence = _fAvgStrydCadence ??
        SqlSyntax.setField(_fAvgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  static TableField? _fSdevStrydCadence;
  static TableField get sdevStrydCadence {
    return _fSdevStrydCadence = _fSdevStrydCadence ??
        SqlSyntax.setField(_fSdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  static TableField? _fSdevVerticalOscillation;
  static TableField get sdevVerticalOscillation {
    return _fSdevVerticalOscillation = _fSdevVerticalOscillation ??
        SqlSyntax.setField(
            _fSdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  static TableField? _fAvgPowerRatio;
  static TableField get avgPowerRatio {
    return _fAvgPowerRatio = _fAvgPowerRatio ??
        SqlSyntax.setField(_fAvgPowerRatio, 'avgPowerRatio', DbType.real);
  }

  static TableField? _fSdevPowerRatio;
  static TableField get sdevPowerRatio {
    return _fSdevPowerRatio = _fSdevPowerRatio ??
        SqlSyntax.setField(_fSdevPowerRatio, 'sdevPowerRatio', DbType.real);
  }

  static TableField? _fAvgStrideRatio;
  static TableField get avgStrideRatio {
    return _fAvgStrideRatio = _fAvgStrideRatio ??
        SqlSyntax.setField(_fAvgStrideRatio, 'avgStrideRatio', DbType.real);
  }

  static TableField? _fSdevStrideRatio;
  static TableField get sdevStrideRatio {
    return _fSdevStrideRatio = _fSdevStrideRatio ??
        SqlSyntax.setField(_fSdevStrideRatio, 'sdevStrideRatio', DbType.real);
  }

  static TableField? _fCp;
  static TableField get cp {
    return _fCp = _fCp ?? SqlSyntax.setField(_fCp, 'cp', DbType.real);
  }

  static TableField? _fFtp;
  static TableField get ftp {
    return _fFtp = _fFtp ?? SqlSyntax.setField(_fFtp, 'ftp', DbType.real);
  }

  static TableField? _fMovingTime;
  static TableField get movingTime {
    return _fMovingTime = _fMovingTime ??
        SqlSyntax.setField(_fMovingTime, 'movingTime', DbType.integer);
  }

  static TableField? _fActivitiesId;
  static TableField get activitiesId {
    return _fActivitiesId = _fActivitiesId ??
        SqlSyntax.setField(_fActivitiesId, 'activitiesId', DbType.integer);
  }
}
// endregion DbLapFields

//region DbLapManager
class DbLapManager extends SqfEntityProvider {
  DbLapManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'laps';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbLapManager
// region DbInterval
class DbInterval extends TableBase {
  DbInterval(
      {this.id,
      this.timeStamp,
      this.duration,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.minSpeed,
      this.maxSpeed,
      this.sdevSpeed,
      this.sdevPace,
      this.distance,
      this.avgHeartRate,
      this.minHeartRate,
      this.maxHeartRate,
      this.sdevHeartRate,
      this.avgCadence,
      this.minCadence,
      this.maxCadence,
      this.sdevCadence,
      this.avgStrydCadence,
      this.minStrydCadence,
      this.maxStrydCadence,
      this.sdevStrydCadence,
      this.avgGroundTime,
      this.minGroundTime,
      this.maxGroundTime,
      this.sdevGroundTime,
      this.avgVerticalOscillation,
      this.minVerticalOscillation,
      this.maxVerticalOscillation,
      this.sdevVerticalOscillation,
      this.avgFormPower,
      this.maxFormPower,
      this.minFormPower,
      this.sdevFormPower,
      this.avgLegSpringStiffness,
      this.maxLegSpringStiffness,
      this.minLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.totalAscent,
      this.totalDescent,
      this.cp,
      this.ftp,
      this.movingTime,
      this.firstRecordId,
      this.lastRecordId,
      this.athletesId,
      this.activitiesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbInterval.withFields(
      this.timeStamp,
      this.duration,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.minSpeed,
      this.maxSpeed,
      this.sdevSpeed,
      this.sdevPace,
      this.distance,
      this.avgHeartRate,
      this.minHeartRate,
      this.maxHeartRate,
      this.sdevHeartRate,
      this.avgCadence,
      this.minCadence,
      this.maxCadence,
      this.sdevCadence,
      this.avgStrydCadence,
      this.minStrydCadence,
      this.maxStrydCadence,
      this.sdevStrydCadence,
      this.avgGroundTime,
      this.minGroundTime,
      this.maxGroundTime,
      this.sdevGroundTime,
      this.avgVerticalOscillation,
      this.minVerticalOscillation,
      this.maxVerticalOscillation,
      this.sdevVerticalOscillation,
      this.avgFormPower,
      this.maxFormPower,
      this.minFormPower,
      this.sdevFormPower,
      this.avgLegSpringStiffness,
      this.maxLegSpringStiffness,
      this.minLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.totalAscent,
      this.totalDescent,
      this.cp,
      this.ftp,
      this.movingTime,
      this.firstRecordId,
      this.lastRecordId,
      this.athletesId,
      this.activitiesId) {
    _setDefaultValues();
  }
  DbInterval.withId(
      this.id,
      this.timeStamp,
      this.duration,
      this.avgPower,
      this.minPower,
      this.maxPower,
      this.sdevPower,
      this.avgSpeed,
      this.avgSpeedByMeasurements,
      this.avgSpeedBySpeed,
      this.avgSpeedByDistance,
      this.minSpeed,
      this.maxSpeed,
      this.sdevSpeed,
      this.sdevPace,
      this.distance,
      this.avgHeartRate,
      this.minHeartRate,
      this.maxHeartRate,
      this.sdevHeartRate,
      this.avgCadence,
      this.minCadence,
      this.maxCadence,
      this.sdevCadence,
      this.avgStrydCadence,
      this.minStrydCadence,
      this.maxStrydCadence,
      this.sdevStrydCadence,
      this.avgGroundTime,
      this.minGroundTime,
      this.maxGroundTime,
      this.sdevGroundTime,
      this.avgVerticalOscillation,
      this.minVerticalOscillation,
      this.maxVerticalOscillation,
      this.sdevVerticalOscillation,
      this.avgFormPower,
      this.maxFormPower,
      this.minFormPower,
      this.sdevFormPower,
      this.avgLegSpringStiffness,
      this.maxLegSpringStiffness,
      this.minLegSpringStiffness,
      this.sdevLegSpringStiffness,
      this.totalAscent,
      this.totalDescent,
      this.cp,
      this.ftp,
      this.movingTime,
      this.firstRecordId,
      this.lastRecordId,
      this.athletesId,
      this.activitiesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbInterval.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['timeStamp'] != null) {
      timeStamp = int.tryParse(o['timeStamp'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['timeStamp'].toString())!)
          : DateTime.tryParse(o['timeStamp'].toString());
    }
    if (o['duration'] != null) {
      duration = int.tryParse(o['duration'].toString());
    }
    if (o['avgPower'] != null) {
      avgPower = double.tryParse(o['avgPower'].toString());
    }
    if (o['minPower'] != null) {
      minPower = int.tryParse(o['minPower'].toString());
    }
    if (o['maxPower'] != null) {
      maxPower = int.tryParse(o['maxPower'].toString());
    }
    if (o['sdevPower'] != null) {
      sdevPower = double.tryParse(o['sdevPower'].toString());
    }
    if (o['avgSpeed'] != null) {
      avgSpeed = double.tryParse(o['avgSpeed'].toString());
    }
    if (o['avgSpeedByMeasurements'] != null) {
      avgSpeedByMeasurements =
          double.tryParse(o['avgSpeedByMeasurements'].toString());
    }
    if (o['avgSpeedBySpeed'] != null) {
      avgSpeedBySpeed = double.tryParse(o['avgSpeedBySpeed'].toString());
    }
    if (o['avgSpeedByDistance'] != null) {
      avgSpeedByDistance = double.tryParse(o['avgSpeedByDistance'].toString());
    }
    if (o['minSpeed'] != null) {
      minSpeed = double.tryParse(o['minSpeed'].toString());
    }
    if (o['maxSpeed'] != null) {
      maxSpeed = double.tryParse(o['maxSpeed'].toString());
    }
    if (o['sdevSpeed'] != null) {
      sdevSpeed = double.tryParse(o['sdevSpeed'].toString());
    }
    if (o['sdevPace'] != null) {
      sdevPace = double.tryParse(o['sdevPace'].toString());
    }
    if (o['distance'] != null) {
      distance = int.tryParse(o['distance'].toString());
    }
    if (o['avgHeartRate'] != null) {
      avgHeartRate = int.tryParse(o['avgHeartRate'].toString());
    }
    if (o['minHeartRate'] != null) {
      minHeartRate = int.tryParse(o['minHeartRate'].toString());
    }
    if (o['maxHeartRate'] != null) {
      maxHeartRate = int.tryParse(o['maxHeartRate'].toString());
    }
    if (o['sdevHeartRate'] != null) {
      sdevHeartRate = double.tryParse(o['sdevHeartRate'].toString());
    }
    if (o['avgCadence'] != null) {
      avgCadence = double.tryParse(o['avgCadence'].toString());
    }
    if (o['minCadence'] != null) {
      minCadence = double.tryParse(o['minCadence'].toString());
    }
    if (o['maxCadence'] != null) {
      maxCadence = double.tryParse(o['maxCadence'].toString());
    }
    if (o['sdevCadence'] != null) {
      sdevCadence = double.tryParse(o['sdevCadence'].toString());
    }
    if (o['avgStrydCadence'] != null) {
      avgStrydCadence = double.tryParse(o['avgStrydCadence'].toString());
    }
    if (o['minStrydCadence'] != null) {
      minStrydCadence = double.tryParse(o['minStrydCadence'].toString());
    }
    if (o['maxStrydCadence'] != null) {
      maxStrydCadence = double.tryParse(o['maxStrydCadence'].toString());
    }
    if (o['sdevStrydCadence'] != null) {
      sdevStrydCadence = double.tryParse(o['sdevStrydCadence'].toString());
    }
    if (o['avgGroundTime'] != null) {
      avgGroundTime = double.tryParse(o['avgGroundTime'].toString());
    }
    if (o['minGroundTime'] != null) {
      minGroundTime = double.tryParse(o['minGroundTime'].toString());
    }
    if (o['maxGroundTime'] != null) {
      maxGroundTime = double.tryParse(o['maxGroundTime'].toString());
    }
    if (o['sdevGroundTime'] != null) {
      sdevGroundTime = double.tryParse(o['sdevGroundTime'].toString());
    }
    if (o['avgVerticalOscillation'] != null) {
      avgVerticalOscillation =
          double.tryParse(o['avgVerticalOscillation'].toString());
    }
    if (o['minVerticalOscillation'] != null) {
      minVerticalOscillation =
          double.tryParse(o['minVerticalOscillation'].toString());
    }
    if (o['maxVerticalOscillation'] != null) {
      maxVerticalOscillation =
          double.tryParse(o['maxVerticalOscillation'].toString());
    }
    if (o['sdevVerticalOscillation'] != null) {
      sdevVerticalOscillation =
          double.tryParse(o['sdevVerticalOscillation'].toString());
    }
    if (o['avgFormPower'] != null) {
      avgFormPower = double.tryParse(o['avgFormPower'].toString());
    }
    if (o['maxFormPower'] != null) {
      maxFormPower = int.tryParse(o['maxFormPower'].toString());
    }
    if (o['minFormPower'] != null) {
      minFormPower = int.tryParse(o['minFormPower'].toString());
    }
    if (o['sdevFormPower'] != null) {
      sdevFormPower = double.tryParse(o['sdevFormPower'].toString());
    }
    if (o['avgLegSpringStiffness'] != null) {
      avgLegSpringStiffness =
          double.tryParse(o['avgLegSpringStiffness'].toString());
    }
    if (o['maxLegSpringStiffness'] != null) {
      maxLegSpringStiffness =
          double.tryParse(o['maxLegSpringStiffness'].toString());
    }
    if (o['minLegSpringStiffness'] != null) {
      minLegSpringStiffness =
          double.tryParse(o['minLegSpringStiffness'].toString());
    }
    if (o['sdevLegSpringStiffness'] != null) {
      sdevLegSpringStiffness =
          double.tryParse(o['sdevLegSpringStiffness'].toString());
    }
    if (o['totalAscent'] != null) {
      totalAscent = int.tryParse(o['totalAscent'].toString());
    }
    if (o['totalDescent'] != null) {
      totalDescent = int.tryParse(o['totalDescent'].toString());
    }
    if (o['cp'] != null) {
      cp = double.tryParse(o['cp'].toString());
    }
    if (o['ftp'] != null) {
      ftp = double.tryParse(o['ftp'].toString());
    }
    if (o['movingTime'] != null) {
      movingTime = int.tryParse(o['movingTime'].toString());
    }
    firstRecordId = int.tryParse(o['firstRecordId'].toString());

    lastRecordId = int.tryParse(o['lastRecordId'].toString());

    athletesId = int.tryParse(o['athletesId'].toString());

    activitiesId = int.tryParse(o['activitiesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbEvent = o['dbEvent'] != null
        ? DbEvent.fromMap(o['dbEvent'] as Map<String, dynamic>)
        : null;
    plDbEventByLastRecordId = o['dbEvent'] != null
        ? DbEvent.fromMap(o['dbEvent'] as Map<String, dynamic>)
        : null;
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    plDbActivity = o['dbActivity'] != null
        ? DbActivity.fromMap(o['dbActivity'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbInterval)
  int? id;
  DateTime? timeStamp;
  int? duration;
  double? avgPower;
  int? minPower;
  int? maxPower;
  double? sdevPower;
  double? avgSpeed;
  double? avgSpeedByMeasurements;
  double? avgSpeedBySpeed;
  double? avgSpeedByDistance;
  double? minSpeed;
  double? maxSpeed;
  double? sdevSpeed;
  double? sdevPace;
  int? distance;
  int? avgHeartRate;
  int? minHeartRate;
  int? maxHeartRate;
  double? sdevHeartRate;
  double? avgCadence;
  double? minCadence;
  double? maxCadence;
  double? sdevCadence;
  double? avgStrydCadence;
  double? minStrydCadence;
  double? maxStrydCadence;
  double? sdevStrydCadence;
  double? avgGroundTime;
  double? minGroundTime;
  double? maxGroundTime;
  double? sdevGroundTime;
  double? avgVerticalOscillation;
  double? minVerticalOscillation;
  double? maxVerticalOscillation;
  double? sdevVerticalOscillation;
  double? avgFormPower;
  int? maxFormPower;
  int? minFormPower;
  double? sdevFormPower;
  double? avgLegSpringStiffness;
  double? maxLegSpringStiffness;
  double? minLegSpringStiffness;
  double? sdevLegSpringStiffness;
  int? totalAscent;
  int? totalDescent;
  double? cp;
  double? ftp;
  int? movingTime;
  int? firstRecordId;
  int? lastRecordId;
  int? athletesId;
  int? activitiesId;

  // end FIELDS (DbInterval)

// RELATIONSHIPS (DbInterval)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbEvent', 'plField2'..]) or so on..
  DbEvent? plDbEvent;

  /// get DbEvent By FirstRecordId
  Future<DbEvent?> getDbEvent(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbEvent().getById(firstRecordId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbEventByLastRecordId', 'plField2'..]) or so on..
  DbEvent? plDbEventByLastRecordId;

  /// get DbEvent By LastRecordId
  Future<DbEvent?> getDbEventByLastRecordId(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbEvent().getById(lastRecordId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivity', 'plField2'..]) or so on..
  DbActivity? plDbActivity;

  /// get DbActivity By ActivitiesId
  Future<DbActivity?> getDbActivity(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbActivity().getById(activitiesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbInterval)

// COLLECTIONS & VIRTUALS (DbInterval)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervalTaggings', 'plField2'..]) or so on..
  List<DbIntervalTagging>? plDbIntervalTaggings;

  /// get DbIntervalTagging(s) filtered by id=intervalsId
  DbIntervalTaggingFilterBuilder? getDbIntervalTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbIntervalTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .intervalsId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbInterval)

  static const bool _softDeleteActivated = false;
  DbIntervalManager? __mnDbInterval;

  DbIntervalManager get _mnDbInterval {
    return __mnDbInterval = __mnDbInterval ?? DbIntervalManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (duration != null || !forView) {
      map['duration'] = duration;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgCadence != null || !forView) {
      map['avgCadence'] = avgCadence;
    }
    if (minCadence != null || !forView) {
      map['minCadence'] = minCadence;
    }
    if (maxCadence != null || !forView) {
      map['maxCadence'] = maxCadence;
    }
    if (sdevCadence != null || !forView) {
      map['sdevCadence'] = sdevCadence;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (minStrydCadence != null || !forView) {
      map['minStrydCadence'] = minStrydCadence;
    }
    if (maxStrydCadence != null || !forView) {
      map['maxStrydCadence'] = maxStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (minGroundTime != null || !forView) {
      map['minGroundTime'] = minGroundTime;
    }
    if (maxGroundTime != null || !forView) {
      map['maxGroundTime'] = maxGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (minVerticalOscillation != null || !forView) {
      map['minVerticalOscillation'] = minVerticalOscillation;
    }
    if (maxVerticalOscillation != null || !forView) {
      map['maxVerticalOscillation'] = maxVerticalOscillation;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (maxFormPower != null || !forView) {
      map['maxFormPower'] = maxFormPower;
    }
    if (minFormPower != null || !forView) {
      map['minFormPower'] = minFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (maxLegSpringStiffness != null || !forView) {
      map['maxLegSpringStiffness'] = maxLegSpringStiffness;
    }
    if (minLegSpringStiffness != null || !forView) {
      map['minLegSpringStiffness'] = minLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (firstRecordId != null) {
      map['firstRecordId'] = forView
          ? plDbEvent == null
              ? firstRecordId
              : plDbEvent!.event
          : firstRecordId;
    } else if (firstRecordId != null || !forView) {
      map['firstRecordId'] = null;
    }
    if (lastRecordId != null) {
      map['lastRecordId'] = forView
          ? plDbEvent == null
              ? lastRecordId
              : plDbEvent!.event
          : lastRecordId;
    } else if (lastRecordId != null || !forView) {
      map['lastRecordId'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (timeStamp != null) {
      map['timeStamp'] = forJson
          ? timeStamp!.toString()
          : forQuery
              ? timeStamp!.millisecondsSinceEpoch
              : timeStamp;
    } else if (timeStamp != null || !forView) {
      map['timeStamp'] = null;
    }
    if (duration != null || !forView) {
      map['duration'] = duration;
    }
    if (avgPower != null || !forView) {
      map['avgPower'] = avgPower;
    }
    if (minPower != null || !forView) {
      map['minPower'] = minPower;
    }
    if (maxPower != null || !forView) {
      map['maxPower'] = maxPower;
    }
    if (sdevPower != null || !forView) {
      map['sdevPower'] = sdevPower;
    }
    if (avgSpeed != null || !forView) {
      map['avgSpeed'] = avgSpeed;
    }
    if (avgSpeedByMeasurements != null || !forView) {
      map['avgSpeedByMeasurements'] = avgSpeedByMeasurements;
    }
    if (avgSpeedBySpeed != null || !forView) {
      map['avgSpeedBySpeed'] = avgSpeedBySpeed;
    }
    if (avgSpeedByDistance != null || !forView) {
      map['avgSpeedByDistance'] = avgSpeedByDistance;
    }
    if (minSpeed != null || !forView) {
      map['minSpeed'] = minSpeed;
    }
    if (maxSpeed != null || !forView) {
      map['maxSpeed'] = maxSpeed;
    }
    if (sdevSpeed != null || !forView) {
      map['sdevSpeed'] = sdevSpeed;
    }
    if (sdevPace != null || !forView) {
      map['sdevPace'] = sdevPace;
    }
    if (distance != null || !forView) {
      map['distance'] = distance;
    }
    if (avgHeartRate != null || !forView) {
      map['avgHeartRate'] = avgHeartRate;
    }
    if (minHeartRate != null || !forView) {
      map['minHeartRate'] = minHeartRate;
    }
    if (maxHeartRate != null || !forView) {
      map['maxHeartRate'] = maxHeartRate;
    }
    if (sdevHeartRate != null || !forView) {
      map['sdevHeartRate'] = sdevHeartRate;
    }
    if (avgCadence != null || !forView) {
      map['avgCadence'] = avgCadence;
    }
    if (minCadence != null || !forView) {
      map['minCadence'] = minCadence;
    }
    if (maxCadence != null || !forView) {
      map['maxCadence'] = maxCadence;
    }
    if (sdevCadence != null || !forView) {
      map['sdevCadence'] = sdevCadence;
    }
    if (avgStrydCadence != null || !forView) {
      map['avgStrydCadence'] = avgStrydCadence;
    }
    if (minStrydCadence != null || !forView) {
      map['minStrydCadence'] = minStrydCadence;
    }
    if (maxStrydCadence != null || !forView) {
      map['maxStrydCadence'] = maxStrydCadence;
    }
    if (sdevStrydCadence != null || !forView) {
      map['sdevStrydCadence'] = sdevStrydCadence;
    }
    if (avgGroundTime != null || !forView) {
      map['avgGroundTime'] = avgGroundTime;
    }
    if (minGroundTime != null || !forView) {
      map['minGroundTime'] = minGroundTime;
    }
    if (maxGroundTime != null || !forView) {
      map['maxGroundTime'] = maxGroundTime;
    }
    if (sdevGroundTime != null || !forView) {
      map['sdevGroundTime'] = sdevGroundTime;
    }
    if (avgVerticalOscillation != null || !forView) {
      map['avgVerticalOscillation'] = avgVerticalOscillation;
    }
    if (minVerticalOscillation != null || !forView) {
      map['minVerticalOscillation'] = minVerticalOscillation;
    }
    if (maxVerticalOscillation != null || !forView) {
      map['maxVerticalOscillation'] = maxVerticalOscillation;
    }
    if (sdevVerticalOscillation != null || !forView) {
      map['sdevVerticalOscillation'] = sdevVerticalOscillation;
    }
    if (avgFormPower != null || !forView) {
      map['avgFormPower'] = avgFormPower;
    }
    if (maxFormPower != null || !forView) {
      map['maxFormPower'] = maxFormPower;
    }
    if (minFormPower != null || !forView) {
      map['minFormPower'] = minFormPower;
    }
    if (sdevFormPower != null || !forView) {
      map['sdevFormPower'] = sdevFormPower;
    }
    if (avgLegSpringStiffness != null || !forView) {
      map['avgLegSpringStiffness'] = avgLegSpringStiffness;
    }
    if (maxLegSpringStiffness != null || !forView) {
      map['maxLegSpringStiffness'] = maxLegSpringStiffness;
    }
    if (minLegSpringStiffness != null || !forView) {
      map['minLegSpringStiffness'] = minLegSpringStiffness;
    }
    if (sdevLegSpringStiffness != null || !forView) {
      map['sdevLegSpringStiffness'] = sdevLegSpringStiffness;
    }
    if (totalAscent != null || !forView) {
      map['totalAscent'] = totalAscent;
    }
    if (totalDescent != null || !forView) {
      map['totalDescent'] = totalDescent;
    }
    if (cp != null || !forView) {
      map['cp'] = cp;
    }
    if (ftp != null || !forView) {
      map['ftp'] = ftp;
    }
    if (movingTime != null || !forView) {
      map['movingTime'] = movingTime;
    }
    if (firstRecordId != null) {
      map['firstRecordId'] = forView
          ? plDbEvent == null
              ? firstRecordId
              : plDbEvent!.event
          : firstRecordId;
    } else if (firstRecordId != null || !forView) {
      map['firstRecordId'] = null;
    }
    if (lastRecordId != null) {
      map['lastRecordId'] = forView
          ? plDbEvent == null
              ? lastRecordId
              : plDbEvent!.event
          : lastRecordId;
    } else if (lastRecordId != null || !forView) {
      map['lastRecordId'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

// COLLECTIONS (DbInterval)
    if (!forQuery) {
      map['DbIntervalTaggings'] = await getDbIntervalTaggings()!.toMapList();
    }
// END COLLECTIONS (DbInterval)

    return map;
  }

  /// This method returns Json String [DbInterval]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbInterval]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      duration,
      avgPower,
      minPower,
      maxPower,
      sdevPower,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      minSpeed,
      maxSpeed,
      sdevSpeed,
      sdevPace,
      distance,
      avgHeartRate,
      minHeartRate,
      maxHeartRate,
      sdevHeartRate,
      avgCadence,
      minCadence,
      maxCadence,
      sdevCadence,
      avgStrydCadence,
      minStrydCadence,
      maxStrydCadence,
      sdevStrydCadence,
      avgGroundTime,
      minGroundTime,
      maxGroundTime,
      sdevGroundTime,
      avgVerticalOscillation,
      minVerticalOscillation,
      maxVerticalOscillation,
      sdevVerticalOscillation,
      avgFormPower,
      maxFormPower,
      minFormPower,
      sdevFormPower,
      avgLegSpringStiffness,
      maxLegSpringStiffness,
      minLegSpringStiffness,
      sdevLegSpringStiffness,
      totalAscent,
      totalDescent,
      cp,
      ftp,
      movingTime,
      firstRecordId,
      lastRecordId,
      athletesId,
      activitiesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
      duration,
      avgPower,
      minPower,
      maxPower,
      sdevPower,
      avgSpeed,
      avgSpeedByMeasurements,
      avgSpeedBySpeed,
      avgSpeedByDistance,
      minSpeed,
      maxSpeed,
      sdevSpeed,
      sdevPace,
      distance,
      avgHeartRate,
      minHeartRate,
      maxHeartRate,
      sdevHeartRate,
      avgCadence,
      minCadence,
      maxCadence,
      sdevCadence,
      avgStrydCadence,
      minStrydCadence,
      maxStrydCadence,
      sdevStrydCadence,
      avgGroundTime,
      minGroundTime,
      maxGroundTime,
      sdevGroundTime,
      avgVerticalOscillation,
      minVerticalOscillation,
      maxVerticalOscillation,
      sdevVerticalOscillation,
      avgFormPower,
      maxFormPower,
      minFormPower,
      sdevFormPower,
      avgLegSpringStiffness,
      maxLegSpringStiffness,
      minLegSpringStiffness,
      sdevLegSpringStiffness,
      totalAscent,
      totalDescent,
      cp,
      ftp,
      movingTime,
      firstRecordId,
      lastRecordId,
      athletesId,
      activitiesId
    ];
  }

  static Future<List<DbInterval>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbInterval.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbInterval>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbInterval>[];
    try {
      objList = list
          .map((dbinterval) =>
              DbInterval.fromMap(dbinterval as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbInterval.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbInterval>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbInterval> objList = <DbInterval>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbInterval.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('intervals.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('intervals.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEvent'))) {
          obj.plDbEvent =
              obj.plDbEvent ?? await obj.getDbEvent(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEventByLastRecordId'))) {
          obj.plDbEventByLastRecordId = obj.plDbEventByLastRecordId ??
              await obj.getDbEventByLastRecordId(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbInterval by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbInterval] if exist, otherwise returns null
  Future<DbInterval?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbInterval? obj;
    final data = await _mnDbInterval.getById([id]);
    if (data.length != 0) {
      obj = DbInterval.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('intervals.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('intervals.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEvent'))) {
          obj.plDbEvent =
              obj.plDbEvent ?? await obj.getDbEvent(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEventByLastRecordId'))) {
          obj.plDbEventByLastRecordId = obj.plDbEventByLastRecordId ??
              await obj.getDbEventByLastRecordId(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbInterval) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbInterval.insert(this, ignoreBatch);
    } else {
      await _mnDbInterval.update(this);
    }

    return id;
  }

  /// Saves the (DbInterval) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbInterval.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbInterval.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbInterval. Returns a new Primary Key value of DbInterval

  /// <returns>Returns a new Primary Key value of DbInterval
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbInterval> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbInterval> dbintervals,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbintervals) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbintervals.length; i++) {
        if (dbintervals[i].id == null) {
          dbintervals[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbInterval.rawInsert(
          'INSERT OR REPLACE INTO intervals (id, timeStamp, duration, avgPower, minPower, maxPower, sdevPower, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, minSpeed, maxSpeed, sdevSpeed, sdevPace, distance, avgHeartRate, minHeartRate, maxHeartRate, sdevHeartRate, avgCadence, minCadence, maxCadence, sdevCadence, avgStrydCadence, minStrydCadence, maxStrydCadence, sdevStrydCadence, avgGroundTime, minGroundTime, maxGroundTime, sdevGroundTime, avgVerticalOscillation, minVerticalOscillation, maxVerticalOscillation, sdevVerticalOscillation, avgFormPower, maxFormPower, minFormPower, sdevFormPower, avgLegSpringStiffness, maxLegSpringStiffness, minLegSpringStiffness, sdevLegSpringStiffness, totalAscent, totalDescent, cp, ftp, movingTime, firstRecordId, lastRecordId, athletesId, activitiesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
          [
            id,
            timeStamp != null ? timeStamp!.millisecondsSinceEpoch : null,
            duration,
            avgPower,
            minPower,
            maxPower,
            sdevPower,
            avgSpeed,
            avgSpeedByMeasurements,
            avgSpeedBySpeed,
            avgSpeedByDistance,
            minSpeed,
            maxSpeed,
            sdevSpeed,
            sdevPace,
            distance,
            avgHeartRate,
            minHeartRate,
            maxHeartRate,
            sdevHeartRate,
            avgCadence,
            minCadence,
            maxCadence,
            sdevCadence,
            avgStrydCadence,
            minStrydCadence,
            maxStrydCadence,
            sdevStrydCadence,
            avgGroundTime,
            minGroundTime,
            maxGroundTime,
            sdevGroundTime,
            avgVerticalOscillation,
            minVerticalOscillation,
            maxVerticalOscillation,
            sdevVerticalOscillation,
            avgFormPower,
            maxFormPower,
            minFormPower,
            sdevFormPower,
            avgLegSpringStiffness,
            maxLegSpringStiffness,
            minLegSpringStiffness,
            sdevLegSpringStiffness,
            totalAscent,
            totalDescent,
            cp,
            ftp,
            movingTime,
            firstRecordId,
            lastRecordId,
            athletesId,
            activitiesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbInterval id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbInterval id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbInterval Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbInterval>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbInterval> dbintervals,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbInterval.rawInsertAll(
        'INSERT OR REPLACE INTO intervals (id, timeStamp, duration, avgPower, minPower, maxPower, sdevPower, avgSpeed, avgSpeedByMeasurements, avgSpeedBySpeed, avgSpeedByDistance, minSpeed, maxSpeed, sdevSpeed, sdevPace, distance, avgHeartRate, minHeartRate, maxHeartRate, sdevHeartRate, avgCadence, minCadence, maxCadence, sdevCadence, avgStrydCadence, minStrydCadence, maxStrydCadence, sdevStrydCadence, avgGroundTime, minGroundTime, maxGroundTime, sdevGroundTime, avgVerticalOscillation, minVerticalOscillation, maxVerticalOscillation, sdevVerticalOscillation, avgFormPower, maxFormPower, minFormPower, sdevFormPower, avgLegSpringStiffness, maxLegSpringStiffness, minLegSpringStiffness, sdevLegSpringStiffness, totalAscent, totalDescent, cp, ftp, movingTime, firstRecordId, lastRecordId, athletesId, activitiesId)  VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)',
        dbintervals,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbInterval

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbInterval invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbIntervalTagging()
          .select()
          .intervalsId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbInterval
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbInterval.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbInterval] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbIntervalFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbIntervalFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbIntervalFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbIntervalFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    firstRecordId = firstRecordId ?? 0;
    lastRecordId = lastRecordId ?? 0;
    athletesId = athletesId ?? 0;
    activitiesId = activitiesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbinterval

// region DbIntervalField
class DbIntervalField extends FilterBase {
  DbIntervalField(DbIntervalFilterBuilder dbintervalFB) : super(dbintervalFB);

  @override
  DbIntervalFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder isNull() {
    return super.isNull() as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbIntervalFilterBuilder;
  }

  @override
  DbIntervalField get not {
    return super.not as DbIntervalField;
  }
}
// endregion DbIntervalField

// region DbIntervalFilterBuilder
class DbIntervalFilterBuilder extends ConjunctionBase {
  DbIntervalFilterBuilder(DbInterval obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbInterval = obj._mnDbInterval;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbIntervalManager? _mnDbInterval;

  /// put the sql keyword 'AND'
  @override
  DbIntervalFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbIntervalFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbIntervalFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbIntervalFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbIntervalFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbIntervalFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbIntervalFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbIntervalFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbIntervalFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbIntervalFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbIntervalFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbIntervalField _setField(
      DbIntervalField? field, String colName, DbType dbtype) {
    return DbIntervalField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbIntervalField? _id;
  DbIntervalField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbIntervalField? _timeStamp;
  DbIntervalField get timeStamp {
    return _timeStamp = _setField(_timeStamp, 'timeStamp', DbType.datetime);
  }

  DbIntervalField? _duration;
  DbIntervalField get duration {
    return _duration = _setField(_duration, 'duration', DbType.integer);
  }

  DbIntervalField? _avgPower;
  DbIntervalField get avgPower {
    return _avgPower = _setField(_avgPower, 'avgPower', DbType.real);
  }

  DbIntervalField? _minPower;
  DbIntervalField get minPower {
    return _minPower = _setField(_minPower, 'minPower', DbType.integer);
  }

  DbIntervalField? _maxPower;
  DbIntervalField get maxPower {
    return _maxPower = _setField(_maxPower, 'maxPower', DbType.integer);
  }

  DbIntervalField? _sdevPower;
  DbIntervalField get sdevPower {
    return _sdevPower = _setField(_sdevPower, 'sdevPower', DbType.real);
  }

  DbIntervalField? _avgSpeed;
  DbIntervalField get avgSpeed {
    return _avgSpeed = _setField(_avgSpeed, 'avgSpeed', DbType.real);
  }

  DbIntervalField? _avgSpeedByMeasurements;
  DbIntervalField get avgSpeedByMeasurements {
    return _avgSpeedByMeasurements = _setField(
        _avgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  DbIntervalField? _avgSpeedBySpeed;
  DbIntervalField get avgSpeedBySpeed {
    return _avgSpeedBySpeed =
        _setField(_avgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  DbIntervalField? _avgSpeedByDistance;
  DbIntervalField get avgSpeedByDistance {
    return _avgSpeedByDistance =
        _setField(_avgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  DbIntervalField? _minSpeed;
  DbIntervalField get minSpeed {
    return _minSpeed = _setField(_minSpeed, 'minSpeed', DbType.real);
  }

  DbIntervalField? _maxSpeed;
  DbIntervalField get maxSpeed {
    return _maxSpeed = _setField(_maxSpeed, 'maxSpeed', DbType.real);
  }

  DbIntervalField? _sdevSpeed;
  DbIntervalField get sdevSpeed {
    return _sdevSpeed = _setField(_sdevSpeed, 'sdevSpeed', DbType.real);
  }

  DbIntervalField? _sdevPace;
  DbIntervalField get sdevPace {
    return _sdevPace = _setField(_sdevPace, 'sdevPace', DbType.real);
  }

  DbIntervalField? _distance;
  DbIntervalField get distance {
    return _distance = _setField(_distance, 'distance', DbType.integer);
  }

  DbIntervalField? _avgHeartRate;
  DbIntervalField get avgHeartRate {
    return _avgHeartRate =
        _setField(_avgHeartRate, 'avgHeartRate', DbType.integer);
  }

  DbIntervalField? _minHeartRate;
  DbIntervalField get minHeartRate {
    return _minHeartRate =
        _setField(_minHeartRate, 'minHeartRate', DbType.integer);
  }

  DbIntervalField? _maxHeartRate;
  DbIntervalField get maxHeartRate {
    return _maxHeartRate =
        _setField(_maxHeartRate, 'maxHeartRate', DbType.integer);
  }

  DbIntervalField? _sdevHeartRate;
  DbIntervalField get sdevHeartRate {
    return _sdevHeartRate =
        _setField(_sdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  DbIntervalField? _avgCadence;
  DbIntervalField get avgCadence {
    return _avgCadence = _setField(_avgCadence, 'avgCadence', DbType.real);
  }

  DbIntervalField? _minCadence;
  DbIntervalField get minCadence {
    return _minCadence = _setField(_minCadence, 'minCadence', DbType.real);
  }

  DbIntervalField? _maxCadence;
  DbIntervalField get maxCadence {
    return _maxCadence = _setField(_maxCadence, 'maxCadence', DbType.real);
  }

  DbIntervalField? _sdevCadence;
  DbIntervalField get sdevCadence {
    return _sdevCadence = _setField(_sdevCadence, 'sdevCadence', DbType.real);
  }

  DbIntervalField? _avgStrydCadence;
  DbIntervalField get avgStrydCadence {
    return _avgStrydCadence =
        _setField(_avgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  DbIntervalField? _minStrydCadence;
  DbIntervalField get minStrydCadence {
    return _minStrydCadence =
        _setField(_minStrydCadence, 'minStrydCadence', DbType.real);
  }

  DbIntervalField? _maxStrydCadence;
  DbIntervalField get maxStrydCadence {
    return _maxStrydCadence =
        _setField(_maxStrydCadence, 'maxStrydCadence', DbType.real);
  }

  DbIntervalField? _sdevStrydCadence;
  DbIntervalField get sdevStrydCadence {
    return _sdevStrydCadence =
        _setField(_sdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  DbIntervalField? _avgGroundTime;
  DbIntervalField get avgGroundTime {
    return _avgGroundTime =
        _setField(_avgGroundTime, 'avgGroundTime', DbType.real);
  }

  DbIntervalField? _minGroundTime;
  DbIntervalField get minGroundTime {
    return _minGroundTime =
        _setField(_minGroundTime, 'minGroundTime', DbType.real);
  }

  DbIntervalField? _maxGroundTime;
  DbIntervalField get maxGroundTime {
    return _maxGroundTime =
        _setField(_maxGroundTime, 'maxGroundTime', DbType.real);
  }

  DbIntervalField? _sdevGroundTime;
  DbIntervalField get sdevGroundTime {
    return _sdevGroundTime =
        _setField(_sdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  DbIntervalField? _avgVerticalOscillation;
  DbIntervalField get avgVerticalOscillation {
    return _avgVerticalOscillation = _setField(
        _avgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  DbIntervalField? _minVerticalOscillation;
  DbIntervalField get minVerticalOscillation {
    return _minVerticalOscillation = _setField(
        _minVerticalOscillation, 'minVerticalOscillation', DbType.real);
  }

  DbIntervalField? _maxVerticalOscillation;
  DbIntervalField get maxVerticalOscillation {
    return _maxVerticalOscillation = _setField(
        _maxVerticalOscillation, 'maxVerticalOscillation', DbType.real);
  }

  DbIntervalField? _sdevVerticalOscillation;
  DbIntervalField get sdevVerticalOscillation {
    return _sdevVerticalOscillation = _setField(
        _sdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  DbIntervalField? _avgFormPower;
  DbIntervalField get avgFormPower {
    return _avgFormPower =
        _setField(_avgFormPower, 'avgFormPower', DbType.real);
  }

  DbIntervalField? _maxFormPower;
  DbIntervalField get maxFormPower {
    return _maxFormPower =
        _setField(_maxFormPower, 'maxFormPower', DbType.integer);
  }

  DbIntervalField? _minFormPower;
  DbIntervalField get minFormPower {
    return _minFormPower =
        _setField(_minFormPower, 'minFormPower', DbType.integer);
  }

  DbIntervalField? _sdevFormPower;
  DbIntervalField get sdevFormPower {
    return _sdevFormPower =
        _setField(_sdevFormPower, 'sdevFormPower', DbType.real);
  }

  DbIntervalField? _avgLegSpringStiffness;
  DbIntervalField get avgLegSpringStiffness {
    return _avgLegSpringStiffness =
        _setField(_avgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  DbIntervalField? _maxLegSpringStiffness;
  DbIntervalField get maxLegSpringStiffness {
    return _maxLegSpringStiffness =
        _setField(_maxLegSpringStiffness, 'maxLegSpringStiffness', DbType.real);
  }

  DbIntervalField? _minLegSpringStiffness;
  DbIntervalField get minLegSpringStiffness {
    return _minLegSpringStiffness =
        _setField(_minLegSpringStiffness, 'minLegSpringStiffness', DbType.real);
  }

  DbIntervalField? _sdevLegSpringStiffness;
  DbIntervalField get sdevLegSpringStiffness {
    return _sdevLegSpringStiffness = _setField(
        _sdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  DbIntervalField? _totalAscent;
  DbIntervalField get totalAscent {
    return _totalAscent =
        _setField(_totalAscent, 'totalAscent', DbType.integer);
  }

  DbIntervalField? _totalDescent;
  DbIntervalField get totalDescent {
    return _totalDescent =
        _setField(_totalDescent, 'totalDescent', DbType.integer);
  }

  DbIntervalField? _cp;
  DbIntervalField get cp {
    return _cp = _setField(_cp, 'cp', DbType.real);
  }

  DbIntervalField? _ftp;
  DbIntervalField get ftp {
    return _ftp = _setField(_ftp, 'ftp', DbType.real);
  }

  DbIntervalField? _movingTime;
  DbIntervalField get movingTime {
    return _movingTime = _setField(_movingTime, 'movingTime', DbType.integer);
  }

  DbIntervalField? _firstRecordId;
  DbIntervalField get firstRecordId {
    return _firstRecordId =
        _setField(_firstRecordId, 'firstRecordId', DbType.integer);
  }

  DbIntervalField? _lastRecordId;
  DbIntervalField get lastRecordId {
    return _lastRecordId =
        _setField(_lastRecordId, 'lastRecordId', DbType.integer);
  }

  DbIntervalField? _athletesId;
  DbIntervalField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  DbIntervalField? _activitiesId;
  DbIntervalField get activitiesId {
    return _activitiesId =
        _setField(_activitiesId, 'activitiesId', DbType.integer);
  }

  /// Deletes List<DbInterval> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbIntervalTagging) according to DeleteRule.CASCADE
    final idListDbIntervalTaggingBYintervalsId = toListPrimaryKeySQL(false);
    final resDbIntervalTaggingBYintervalsId = await DbIntervalTagging()
        .select()
        .where(
            'intervalsId IN (${idListDbIntervalTaggingBYintervalsId['sql']})',
            parameterValue: idListDbIntervalTaggingBYintervalsId['args'])
        .delete(hardDelete);
    if (!resDbIntervalTaggingBYintervalsId.success) {
      return resDbIntervalTaggingBYintervalsId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbInterval!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbInterval!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from intervals ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbInterval!.updateBatch(qparams, values);
  }

  /// This method always returns [DbInterval] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbInterval?
  @override
  Future<DbInterval?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbInterval!.toList(qparams);
    final data = await objFuture;
    DbInterval? obj;
    if (data.isNotEmpty) {
      obj = DbInterval.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('intervals.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('intervals.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEvent'))) {
          obj.plDbEvent =
              obj.plDbEvent ?? await obj.getDbEvent(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbEventByLastRecordId'))) {
          obj.plDbEventByLastRecordId = obj.plDbEventByLastRecordId ??
              await obj.getDbEventByLastRecordId(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbInterval]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbInterval?
  @override
  Future<DbInterval> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbInterval();
  }

  /// This method returns int. [DbInterval]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbintervalCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbintervalsFuture = await _mnDbInterval!.toList(qparams);
    final int count = dbintervalsFuture[0]['CNT'] as int;
    if (dbintervalCount != null) {
      dbintervalCount(count);
    }
    return count;
  }

  /// This method returns List<DbInterval> [DbInterval]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbInterval>
  @override
  Future<List<DbInterval>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbInterval> dbintervalsData = await DbInterval.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbintervalsData;
  }

  /// This method returns Json String [DbInterval]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbInterval]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbInterval]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbInterval!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbInterval]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM intervals WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbInterval!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbInterval]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbInterval!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbInterval.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbInterval!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbIntervalFilterBuilder

// region DbIntervalFields
class DbIntervalFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fTimeStamp;
  static TableField get timeStamp {
    return _fTimeStamp = _fTimeStamp ??
        SqlSyntax.setField(_fTimeStamp, 'timeStamp', DbType.datetime);
  }

  static TableField? _fDuration;
  static TableField get duration {
    return _fDuration = _fDuration ??
        SqlSyntax.setField(_fDuration, 'duration', DbType.integer);
  }

  static TableField? _fAvgPower;
  static TableField get avgPower {
    return _fAvgPower =
        _fAvgPower ?? SqlSyntax.setField(_fAvgPower, 'avgPower', DbType.real);
  }

  static TableField? _fMinPower;
  static TableField get minPower {
    return _fMinPower = _fMinPower ??
        SqlSyntax.setField(_fMinPower, 'minPower', DbType.integer);
  }

  static TableField? _fMaxPower;
  static TableField get maxPower {
    return _fMaxPower = _fMaxPower ??
        SqlSyntax.setField(_fMaxPower, 'maxPower', DbType.integer);
  }

  static TableField? _fSdevPower;
  static TableField get sdevPower {
    return _fSdevPower = _fSdevPower ??
        SqlSyntax.setField(_fSdevPower, 'sdevPower', DbType.real);
  }

  static TableField? _fAvgSpeed;
  static TableField get avgSpeed {
    return _fAvgSpeed =
        _fAvgSpeed ?? SqlSyntax.setField(_fAvgSpeed, 'avgSpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByMeasurements;
  static TableField get avgSpeedByMeasurements {
    return _fAvgSpeedByMeasurements = _fAvgSpeedByMeasurements ??
        SqlSyntax.setField(
            _fAvgSpeedByMeasurements, 'avgSpeedByMeasurements', DbType.real);
  }

  static TableField? _fAvgSpeedBySpeed;
  static TableField get avgSpeedBySpeed {
    return _fAvgSpeedBySpeed = _fAvgSpeedBySpeed ??
        SqlSyntax.setField(_fAvgSpeedBySpeed, 'avgSpeedBySpeed', DbType.real);
  }

  static TableField? _fAvgSpeedByDistance;
  static TableField get avgSpeedByDistance {
    return _fAvgSpeedByDistance = _fAvgSpeedByDistance ??
        SqlSyntax.setField(
            _fAvgSpeedByDistance, 'avgSpeedByDistance', DbType.real);
  }

  static TableField? _fMinSpeed;
  static TableField get minSpeed {
    return _fMinSpeed =
        _fMinSpeed ?? SqlSyntax.setField(_fMinSpeed, 'minSpeed', DbType.real);
  }

  static TableField? _fMaxSpeed;
  static TableField get maxSpeed {
    return _fMaxSpeed =
        _fMaxSpeed ?? SqlSyntax.setField(_fMaxSpeed, 'maxSpeed', DbType.real);
  }

  static TableField? _fSdevSpeed;
  static TableField get sdevSpeed {
    return _fSdevSpeed = _fSdevSpeed ??
        SqlSyntax.setField(_fSdevSpeed, 'sdevSpeed', DbType.real);
  }

  static TableField? _fSdevPace;
  static TableField get sdevPace {
    return _fSdevPace =
        _fSdevPace ?? SqlSyntax.setField(_fSdevPace, 'sdevPace', DbType.real);
  }

  static TableField? _fDistance;
  static TableField get distance {
    return _fDistance = _fDistance ??
        SqlSyntax.setField(_fDistance, 'distance', DbType.integer);
  }

  static TableField? _fAvgHeartRate;
  static TableField get avgHeartRate {
    return _fAvgHeartRate = _fAvgHeartRate ??
        SqlSyntax.setField(_fAvgHeartRate, 'avgHeartRate', DbType.integer);
  }

  static TableField? _fMinHeartRate;
  static TableField get minHeartRate {
    return _fMinHeartRate = _fMinHeartRate ??
        SqlSyntax.setField(_fMinHeartRate, 'minHeartRate', DbType.integer);
  }

  static TableField? _fMaxHeartRate;
  static TableField get maxHeartRate {
    return _fMaxHeartRate = _fMaxHeartRate ??
        SqlSyntax.setField(_fMaxHeartRate, 'maxHeartRate', DbType.integer);
  }

  static TableField? _fSdevHeartRate;
  static TableField get sdevHeartRate {
    return _fSdevHeartRate = _fSdevHeartRate ??
        SqlSyntax.setField(_fSdevHeartRate, 'sdevHeartRate', DbType.real);
  }

  static TableField? _fAvgCadence;
  static TableField get avgCadence {
    return _fAvgCadence = _fAvgCadence ??
        SqlSyntax.setField(_fAvgCadence, 'avgCadence', DbType.real);
  }

  static TableField? _fMinCadence;
  static TableField get minCadence {
    return _fMinCadence = _fMinCadence ??
        SqlSyntax.setField(_fMinCadence, 'minCadence', DbType.real);
  }

  static TableField? _fMaxCadence;
  static TableField get maxCadence {
    return _fMaxCadence = _fMaxCadence ??
        SqlSyntax.setField(_fMaxCadence, 'maxCadence', DbType.real);
  }

  static TableField? _fSdevCadence;
  static TableField get sdevCadence {
    return _fSdevCadence = _fSdevCadence ??
        SqlSyntax.setField(_fSdevCadence, 'sdevCadence', DbType.real);
  }

  static TableField? _fAvgStrydCadence;
  static TableField get avgStrydCadence {
    return _fAvgStrydCadence = _fAvgStrydCadence ??
        SqlSyntax.setField(_fAvgStrydCadence, 'avgStrydCadence', DbType.real);
  }

  static TableField? _fMinStrydCadence;
  static TableField get minStrydCadence {
    return _fMinStrydCadence = _fMinStrydCadence ??
        SqlSyntax.setField(_fMinStrydCadence, 'minStrydCadence', DbType.real);
  }

  static TableField? _fMaxStrydCadence;
  static TableField get maxStrydCadence {
    return _fMaxStrydCadence = _fMaxStrydCadence ??
        SqlSyntax.setField(_fMaxStrydCadence, 'maxStrydCadence', DbType.real);
  }

  static TableField? _fSdevStrydCadence;
  static TableField get sdevStrydCadence {
    return _fSdevStrydCadence = _fSdevStrydCadence ??
        SqlSyntax.setField(_fSdevStrydCadence, 'sdevStrydCadence', DbType.real);
  }

  static TableField? _fAvgGroundTime;
  static TableField get avgGroundTime {
    return _fAvgGroundTime = _fAvgGroundTime ??
        SqlSyntax.setField(_fAvgGroundTime, 'avgGroundTime', DbType.real);
  }

  static TableField? _fMinGroundTime;
  static TableField get minGroundTime {
    return _fMinGroundTime = _fMinGroundTime ??
        SqlSyntax.setField(_fMinGroundTime, 'minGroundTime', DbType.real);
  }

  static TableField? _fMaxGroundTime;
  static TableField get maxGroundTime {
    return _fMaxGroundTime = _fMaxGroundTime ??
        SqlSyntax.setField(_fMaxGroundTime, 'maxGroundTime', DbType.real);
  }

  static TableField? _fSdevGroundTime;
  static TableField get sdevGroundTime {
    return _fSdevGroundTime = _fSdevGroundTime ??
        SqlSyntax.setField(_fSdevGroundTime, 'sdevGroundTime', DbType.real);
  }

  static TableField? _fAvgVerticalOscillation;
  static TableField get avgVerticalOscillation {
    return _fAvgVerticalOscillation = _fAvgVerticalOscillation ??
        SqlSyntax.setField(
            _fAvgVerticalOscillation, 'avgVerticalOscillation', DbType.real);
  }

  static TableField? _fMinVerticalOscillation;
  static TableField get minVerticalOscillation {
    return _fMinVerticalOscillation = _fMinVerticalOscillation ??
        SqlSyntax.setField(
            _fMinVerticalOscillation, 'minVerticalOscillation', DbType.real);
  }

  static TableField? _fMaxVerticalOscillation;
  static TableField get maxVerticalOscillation {
    return _fMaxVerticalOscillation = _fMaxVerticalOscillation ??
        SqlSyntax.setField(
            _fMaxVerticalOscillation, 'maxVerticalOscillation', DbType.real);
  }

  static TableField? _fSdevVerticalOscillation;
  static TableField get sdevVerticalOscillation {
    return _fSdevVerticalOscillation = _fSdevVerticalOscillation ??
        SqlSyntax.setField(
            _fSdevVerticalOscillation, 'sdevVerticalOscillation', DbType.real);
  }

  static TableField? _fAvgFormPower;
  static TableField get avgFormPower {
    return _fAvgFormPower = _fAvgFormPower ??
        SqlSyntax.setField(_fAvgFormPower, 'avgFormPower', DbType.real);
  }

  static TableField? _fMaxFormPower;
  static TableField get maxFormPower {
    return _fMaxFormPower = _fMaxFormPower ??
        SqlSyntax.setField(_fMaxFormPower, 'maxFormPower', DbType.integer);
  }

  static TableField? _fMinFormPower;
  static TableField get minFormPower {
    return _fMinFormPower = _fMinFormPower ??
        SqlSyntax.setField(_fMinFormPower, 'minFormPower', DbType.integer);
  }

  static TableField? _fSdevFormPower;
  static TableField get sdevFormPower {
    return _fSdevFormPower = _fSdevFormPower ??
        SqlSyntax.setField(_fSdevFormPower, 'sdevFormPower', DbType.real);
  }

  static TableField? _fAvgLegSpringStiffness;
  static TableField get avgLegSpringStiffness {
    return _fAvgLegSpringStiffness = _fAvgLegSpringStiffness ??
        SqlSyntax.setField(
            _fAvgLegSpringStiffness, 'avgLegSpringStiffness', DbType.real);
  }

  static TableField? _fMaxLegSpringStiffness;
  static TableField get maxLegSpringStiffness {
    return _fMaxLegSpringStiffness = _fMaxLegSpringStiffness ??
        SqlSyntax.setField(
            _fMaxLegSpringStiffness, 'maxLegSpringStiffness', DbType.real);
  }

  static TableField? _fMinLegSpringStiffness;
  static TableField get minLegSpringStiffness {
    return _fMinLegSpringStiffness = _fMinLegSpringStiffness ??
        SqlSyntax.setField(
            _fMinLegSpringStiffness, 'minLegSpringStiffness', DbType.real);
  }

  static TableField? _fSdevLegSpringStiffness;
  static TableField get sdevLegSpringStiffness {
    return _fSdevLegSpringStiffness = _fSdevLegSpringStiffness ??
        SqlSyntax.setField(
            _fSdevLegSpringStiffness, 'sdevLegSpringStiffness', DbType.real);
  }

  static TableField? _fTotalAscent;
  static TableField get totalAscent {
    return _fTotalAscent = _fTotalAscent ??
        SqlSyntax.setField(_fTotalAscent, 'totalAscent', DbType.integer);
  }

  static TableField? _fTotalDescent;
  static TableField get totalDescent {
    return _fTotalDescent = _fTotalDescent ??
        SqlSyntax.setField(_fTotalDescent, 'totalDescent', DbType.integer);
  }

  static TableField? _fCp;
  static TableField get cp {
    return _fCp = _fCp ?? SqlSyntax.setField(_fCp, 'cp', DbType.real);
  }

  static TableField? _fFtp;
  static TableField get ftp {
    return _fFtp = _fFtp ?? SqlSyntax.setField(_fFtp, 'ftp', DbType.real);
  }

  static TableField? _fMovingTime;
  static TableField get movingTime {
    return _fMovingTime = _fMovingTime ??
        SqlSyntax.setField(_fMovingTime, 'movingTime', DbType.integer);
  }

  static TableField? _fFirstRecordId;
  static TableField get firstRecordId {
    return _fFirstRecordId = _fFirstRecordId ??
        SqlSyntax.setField(_fFirstRecordId, 'firstRecordId', DbType.integer);
  }

  static TableField? _fLastRecordId;
  static TableField get lastRecordId {
    return _fLastRecordId = _fLastRecordId ??
        SqlSyntax.setField(_fLastRecordId, 'lastRecordId', DbType.integer);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }

  static TableField? _fActivitiesId;
  static TableField get activitiesId {
    return _fActivitiesId = _fActivitiesId ??
        SqlSyntax.setField(_fActivitiesId, 'activitiesId', DbType.integer);
  }
}
// endregion DbIntervalFields

//region DbIntervalManager
class DbIntervalManager extends SqfEntityProvider {
  DbIntervalManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'intervals';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbIntervalManager
// region DbWeight
class DbWeight extends TableBase {
  DbWeight({this.id, this.date, this.value, this.athletesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbWeight.withFields(this.date, this.value, this.athletesId) {
    _setDefaultValues();
  }
  DbWeight.withId(this.id, this.date, this.value, this.athletesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbWeight.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['date'] != null) {
      date = int.tryParse(o['date'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['date'].toString())!)
          : DateTime.tryParse(o['date'].toString());
    }
    if (o['value'] != null) {
      value = double.tryParse(o['value'].toString());
    }
    athletesId = int.tryParse(o['athletesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbWeight)
  int? id;
  DateTime? date;
  double? value;
  int? athletesId;

  // end FIELDS (DbWeight)

// RELATIONSHIPS (DbWeight)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbWeight)

  static const bool _softDeleteActivated = false;
  DbWeightManager? __mnDbWeight;

  DbWeightManager get _mnDbWeight {
    return __mnDbWeight = __mnDbWeight ?? DbWeightManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (value != null || !forView) {
      map['value'] = value;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (value != null || !forView) {
      map['value'] = value;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbWeight]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbWeight]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      date != null ? date!.millisecondsSinceEpoch : null,
      value,
      athletesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      date != null ? date!.millisecondsSinceEpoch : null,
      value,
      athletesId
    ];
  }

  static Future<List<DbWeight>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbWeight.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbWeight>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbWeight>[];
    try {
      objList = list
          .map((dbweight) => DbWeight.fromMap(dbweight as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbWeight.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbWeight>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbWeight> objList = <DbWeight>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbWeight.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbWeight by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbWeight] if exist, otherwise returns null
  Future<DbWeight?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbWeight? obj;
    final data = await _mnDbWeight.getById([id]);
    if (data.length != 0) {
      obj = DbWeight.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbWeight) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbWeight.insert(this, ignoreBatch);
    } else {
      await _mnDbWeight.update(this);
    }

    return id;
  }

  /// Saves the (DbWeight) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbWeight.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbWeight.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbWeight. Returns a new Primary Key value of DbWeight

  /// <returns>Returns a new Primary Key value of DbWeight
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbWeight> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbWeight> dbweights,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbweights) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbweights.length; i++) {
        if (dbweights[i].id == null) {
          dbweights[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbWeight.rawInsert(
          'INSERT OR REPLACE INTO weights (id, date, value, athletesId)  VALUES (?,?,?,?)',
          [
            id,
            date != null ? date!.millisecondsSinceEpoch : null,
            value,
            athletesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbWeight id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbWeight id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbWeight Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbWeight>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbWeight> dbweights,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbWeight.rawInsertAll(
        'INSERT OR REPLACE INTO weights (id, date, value, athletesId)  VALUES (?,?,?,?)',
        dbweights,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbWeight

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbWeight invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbWeight
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbWeight.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbWeight] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbWeightFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbWeightFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbWeightFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbWeightFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    athletesId = athletesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbweight

// region DbWeightField
class DbWeightField extends FilterBase {
  DbWeightField(DbWeightFilterBuilder dbweightFB) : super(dbweightFB);

  @override
  DbWeightFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder isNull() {
    return super.isNull() as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbWeightFilterBuilder;
  }

  @override
  DbWeightField get not {
    return super.not as DbWeightField;
  }
}
// endregion DbWeightField

// region DbWeightFilterBuilder
class DbWeightFilterBuilder extends ConjunctionBase {
  DbWeightFilterBuilder(DbWeight obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbWeight = obj._mnDbWeight;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbWeightManager? _mnDbWeight;

  /// put the sql keyword 'AND'
  @override
  DbWeightFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbWeightFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbWeightFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbWeightFilterBuilder where(String? whereCriteria, {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbWeightFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbWeightFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbWeightFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbWeightFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbWeightFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbWeightFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbWeightFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbWeightField _setField(DbWeightField? field, String colName, DbType dbtype) {
    return DbWeightField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbWeightField? _id;
  DbWeightField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbWeightField? _date;
  DbWeightField get date {
    return _date = _setField(_date, 'date', DbType.date);
  }

  DbWeightField? _value;
  DbWeightField get value {
    return _value = _setField(_value, 'value', DbType.real);
  }

  DbWeightField? _athletesId;
  DbWeightField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  /// Deletes List<DbWeight> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbWeight!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbWeight!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from weights ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbWeight!.updateBatch(qparams, values);
  }

  /// This method always returns [DbWeight] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbWeight?
  @override
  Future<DbWeight?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbWeight!.toList(qparams);
    final data = await objFuture;
    DbWeight? obj;
    if (data.isNotEmpty) {
      obj = DbWeight.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbWeight]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbWeight?
  @override
  Future<DbWeight> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbWeight();
  }

  /// This method returns int. [DbWeight]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbweightCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbweightsFuture = await _mnDbWeight!.toList(qparams);
    final int count = dbweightsFuture[0]['CNT'] as int;
    if (dbweightCount != null) {
      dbweightCount(count);
    }
    return count;
  }

  /// This method returns List<DbWeight> [DbWeight]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbWeight>
  @override
  Future<List<DbWeight>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbWeight> dbweightsData = await DbWeight.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbweightsData;
  }

  /// This method returns Json String [DbWeight]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbWeight]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbWeight]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbWeight!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbWeight]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM weights WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbWeight!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbWeight]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbWeight!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbWeight.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbWeight!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbWeightFilterBuilder

// region DbWeightFields
class DbWeightFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fDate;
  static TableField get date {
    return _fDate = _fDate ?? SqlSyntax.setField(_fDate, 'date', DbType.date);
  }

  static TableField? _fValue;
  static TableField get value {
    return _fValue =
        _fValue ?? SqlSyntax.setField(_fValue, 'value', DbType.real);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }
}
// endregion DbWeightFields

//region DbWeightManager
class DbWeightManager extends SqfEntityProvider {
  DbWeightManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'weights';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbWeightManager
// region DbHeartRateZoneSchema
class DbHeartRateZoneSchema extends TableBase {
  DbHeartRateZoneSchema(
      {this.id, this.date, this.name, this.base, this.athletesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbHeartRateZoneSchema.withFields(
      this.date, this.name, this.base, this.athletesId) {
    _setDefaultValues();
  }
  DbHeartRateZoneSchema.withId(
      this.id, this.date, this.name, this.base, this.athletesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbHeartRateZoneSchema.fromMap(Map<String, dynamic> o,
      {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['date'] != null) {
      date = int.tryParse(o['date'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['date'].toString())!)
          : DateTime.tryParse(o['date'].toString());
    }
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['base'] != null) {
      base = int.tryParse(o['base'].toString());
    }
    athletesId = int.tryParse(o['athletesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbHeartRateZoneSchema)
  int? id;
  DateTime? date;
  String? name;
  int? base;
  int? athletesId;

  // end FIELDS (DbHeartRateZoneSchema)

// RELATIONSHIPS (DbHeartRateZoneSchema)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbHeartRateZoneSchema)

// COLLECTIONS & VIRTUALS (DbHeartRateZoneSchema)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbHeartRateZones', 'plField2'..]) or so on..
  List<DbHeartRateZone>? plDbHeartRateZones;

  /// get DbHeartRateZone(s) filtered by id=heartRateZoneSchemataId
  DbHeartRateZoneFilterBuilder? getDbHeartRateZones(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbHeartRateZone()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .heartRateZoneSchemataId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbHeartRateZoneSchema)

  static const bool _softDeleteActivated = false;
  DbHeartRateZoneSchemaManager? __mnDbHeartRateZoneSchema;

  DbHeartRateZoneSchemaManager get _mnDbHeartRateZoneSchema {
    return __mnDbHeartRateZoneSchema =
        __mnDbHeartRateZoneSchema ?? DbHeartRateZoneSchemaManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (base != null || !forView) {
      map['base'] = base;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (base != null || !forView) {
      map['base'] = base;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

// COLLECTIONS (DbHeartRateZoneSchema)
    if (!forQuery) {
      map['DbHeartRateZones'] = await getDbHeartRateZones()!.toMapList();
    }
// END COLLECTIONS (DbHeartRateZoneSchema)

    return map;
  }

  /// This method returns Json String [DbHeartRateZoneSchema]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbHeartRateZoneSchema]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      date != null ? date!.millisecondsSinceEpoch : null,
      name,
      base,
      athletesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      date != null ? date!.millisecondsSinceEpoch : null,
      name,
      base,
      athletesId
    ];
  }

  static Future<List<DbHeartRateZoneSchema>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbHeartRateZoneSchema.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbHeartRateZoneSchema>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbHeartRateZoneSchema>[];
    try {
      objList = list
          .map((dbheartratezoneschema) => DbHeartRateZoneSchema.fromMap(
              dbheartratezoneschema as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbHeartRateZoneSchema.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbHeartRateZoneSchema>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbHeartRateZoneSchema> objList = <DbHeartRateZoneSchema>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbHeartRateZoneSchema.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('heartRateZoneSchemata.plDbHeartRateZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZones'))) {
          /*_loadedfields!.add('heartRateZoneSchemata.plDbHeartRateZones'); */ obj
                  .plDbHeartRateZones =
              obj.plDbHeartRateZones ??
                  await obj.getDbHeartRateZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbHeartRateZoneSchema by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbHeartRateZoneSchema] if exist, otherwise returns null
  Future<DbHeartRateZoneSchema?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbHeartRateZoneSchema? obj;
    final data = await _mnDbHeartRateZoneSchema.getById([id]);
    if (data.length != 0) {
      obj = DbHeartRateZoneSchema.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('heartRateZoneSchemata.plDbHeartRateZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZones'))) {
          /*_loadedfields!.add('heartRateZoneSchemata.plDbHeartRateZones'); */ obj
                  .plDbHeartRateZones =
              obj.plDbHeartRateZones ??
                  await obj.getDbHeartRateZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbHeartRateZoneSchema) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbHeartRateZoneSchema.insert(this, ignoreBatch);
    } else {
      await _mnDbHeartRateZoneSchema.update(this);
    }

    return id;
  }

  /// Saves the (DbHeartRateZoneSchema) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbHeartRateZoneSchema.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbHeartRateZoneSchema.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbHeartRateZoneSchema. Returns a new Primary Key value of DbHeartRateZoneSchema

  /// <returns>Returns a new Primary Key value of DbHeartRateZoneSchema
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbHeartRateZoneSchema> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(
      List<DbHeartRateZoneSchema> dbheartratezoneschemas,
      {bool? exclusive,
      bool? noResult,
      bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbheartratezoneschemas) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbheartratezoneschemas.length; i++) {
        if (dbheartratezoneschemas[i].id == null) {
          dbheartratezoneschemas[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbHeartRateZoneSchema.rawInsert(
          'INSERT OR REPLACE INTO heartRateZoneSchemata (id, date, name, base, athletesId)  VALUES (?,?,?,?,?)',
          [
            id,
            date != null ? date!.millisecondsSinceEpoch : null,
            name,
            base,
            athletesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage:
                'DbHeartRateZoneSchema id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false,
            errorMessage: 'DbHeartRateZoneSchema id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage:
              'DbHeartRateZoneSchema Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbHeartRateZoneSchema>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(
      List<DbHeartRateZoneSchema> dbheartratezoneschemas,
      {bool? exclusive,
      bool? noResult,
      bool? continueOnError}) async {
    final results = await _mnDbHeartRateZoneSchema.rawInsertAll(
        'INSERT OR REPLACE INTO heartRateZoneSchemata (id, date, name, base, athletesId)  VALUES (?,?,?,?,?)',
        dbheartratezoneschemas,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbHeartRateZoneSchema

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbHeartRateZoneSchema invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbHeartRateZone()
          .select()
          .heartRateZoneSchemataId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbHeartRateZoneSchema
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbHeartRateZoneSchema.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbHeartRateZoneSchema] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbHeartRateZoneSchemaFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbHeartRateZoneSchemaFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    athletesId = athletesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbheartratezoneschema

// region DbHeartRateZoneSchemaField
class DbHeartRateZoneSchemaField extends FilterBase {
  DbHeartRateZoneSchemaField(
      DbHeartRateZoneSchemaFilterBuilder dbheartratezoneschemaFB)
      : super(dbheartratezoneschemaFB);

  @override
  DbHeartRateZoneSchemaFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder isNull() {
    return super.isNull() as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue)
        as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbHeartRateZoneSchemaFilterBuilder;
  }

  @override
  DbHeartRateZoneSchemaField get not {
    return super.not as DbHeartRateZoneSchemaField;
  }
}
// endregion DbHeartRateZoneSchemaField

// region DbHeartRateZoneSchemaFilterBuilder
class DbHeartRateZoneSchemaFilterBuilder extends ConjunctionBase {
  DbHeartRateZoneSchemaFilterBuilder(
      DbHeartRateZoneSchema obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbHeartRateZoneSchema = obj._mnDbHeartRateZoneSchema;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbHeartRateZoneSchemaManager? _mnDbHeartRateZoneSchema;

  /// put the sql keyword 'AND'
  @override
  DbHeartRateZoneSchemaFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbHeartRateZoneSchemaFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbHeartRateZoneSchemaFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbHeartRateZoneSchemaFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbHeartRateZoneSchemaFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbHeartRateZoneSchemaFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbHeartRateZoneSchemaFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbHeartRateZoneSchemaFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbHeartRateZoneSchemaFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbHeartRateZoneSchemaFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbHeartRateZoneSchemaFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbHeartRateZoneSchemaField _setField(
      DbHeartRateZoneSchemaField? field, String colName, DbType dbtype) {
    return DbHeartRateZoneSchemaField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbHeartRateZoneSchemaField? _id;
  DbHeartRateZoneSchemaField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbHeartRateZoneSchemaField? _date;
  DbHeartRateZoneSchemaField get date {
    return _date = _setField(_date, 'date', DbType.date);
  }

  DbHeartRateZoneSchemaField? _name;
  DbHeartRateZoneSchemaField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbHeartRateZoneSchemaField? _base;
  DbHeartRateZoneSchemaField get base {
    return _base = _setField(_base, 'base', DbType.integer);
  }

  DbHeartRateZoneSchemaField? _athletesId;
  DbHeartRateZoneSchemaField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  /// Deletes List<DbHeartRateZoneSchema> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbHeartRateZone) according to DeleteRule.CASCADE
    final idListDbHeartRateZoneBYheartRateZoneSchemataId =
        toListPrimaryKeySQL(false);
    final resDbHeartRateZoneBYheartRateZoneSchemataId = await DbHeartRateZone()
        .select()
        .where(
            'heartRateZoneSchemataId IN (${idListDbHeartRateZoneBYheartRateZoneSchemataId['sql']})',
            parameterValue:
                idListDbHeartRateZoneBYheartRateZoneSchemataId['args'])
        .delete(hardDelete);
    if (!resDbHeartRateZoneBYheartRateZoneSchemataId.success) {
      return resDbHeartRateZoneBYheartRateZoneSchemataId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbHeartRateZoneSchema!
          .updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbHeartRateZoneSchema!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from heartRateZoneSchemata ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbHeartRateZoneSchema!.updateBatch(qparams, values);
  }

  /// This method always returns [DbHeartRateZoneSchema] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbHeartRateZoneSchema?
  @override
  Future<DbHeartRateZoneSchema?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbHeartRateZoneSchema!.toList(qparams);
    final data = await objFuture;
    DbHeartRateZoneSchema? obj;
    if (data.isNotEmpty) {
      obj = DbHeartRateZoneSchema.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('heartRateZoneSchemata.plDbHeartRateZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbHeartRateZones'))) {
          /*_loadedfields!.add('heartRateZoneSchemata.plDbHeartRateZones'); */ obj
                  .plDbHeartRateZones =
              obj.plDbHeartRateZones ??
                  await obj.getDbHeartRateZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbHeartRateZoneSchema]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbHeartRateZoneSchema?
  @override
  Future<DbHeartRateZoneSchema> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbHeartRateZoneSchema();
  }

  /// This method returns int. [DbHeartRateZoneSchema]
  /// <returns>int
  @override
  Future<int> toCount(
      [VoidCallback Function(int c)? dbheartratezoneschemaCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbheartratezoneschemasFuture =
        await _mnDbHeartRateZoneSchema!.toList(qparams);
    final int count = dbheartratezoneschemasFuture[0]['CNT'] as int;
    if (dbheartratezoneschemaCount != null) {
      dbheartratezoneschemaCount(count);
    }
    return count;
  }

  /// This method returns List<DbHeartRateZoneSchema> [DbHeartRateZoneSchema]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbHeartRateZoneSchema>
  @override
  Future<List<DbHeartRateZoneSchema>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbHeartRateZoneSchema> dbheartratezoneschemasData =
        await DbHeartRateZoneSchema.fromMapList(data,
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields,
            setDefaultValues: qparams.selectColumns == null);
    return dbheartratezoneschemasData;
  }

  /// This method returns Json String [DbHeartRateZoneSchema]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbHeartRateZoneSchema]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbHeartRateZoneSchema]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbHeartRateZoneSchema!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbHeartRateZoneSchema]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM heartRateZoneSchemata WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbHeartRateZoneSchema!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbHeartRateZoneSchema]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbHeartRateZoneSchema!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbHeartRateZoneSchema.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbHeartRateZoneSchema!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbHeartRateZoneSchemaFilterBuilder

// region DbHeartRateZoneSchemaFields
class DbHeartRateZoneSchemaFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fDate;
  static TableField get date {
    return _fDate = _fDate ?? SqlSyntax.setField(_fDate, 'date', DbType.date);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fBase;
  static TableField get base {
    return _fBase =
        _fBase ?? SqlSyntax.setField(_fBase, 'base', DbType.integer);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }
}
// endregion DbHeartRateZoneSchemaFields

//region DbHeartRateZoneSchemaManager
class DbHeartRateZoneSchemaManager extends SqfEntityProvider {
  DbHeartRateZoneSchemaManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'heartRateZoneSchemata';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbHeartRateZoneSchemaManager
// region DbHeartRateZone
class DbHeartRateZone extends TableBase {
  DbHeartRateZone(
      {this.id,
      this.name,
      this.lowerPercentage,
      this.upperPercentage,
      this.lowerLimit,
      this.upperLimit,
      this.color,
      this.heartRateZoneSchemataId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbHeartRateZone.withFields(
      this.name,
      this.lowerPercentage,
      this.upperPercentage,
      this.lowerLimit,
      this.upperLimit,
      this.color,
      this.heartRateZoneSchemataId) {
    _setDefaultValues();
  }
  DbHeartRateZone.withId(
      this.id,
      this.name,
      this.lowerPercentage,
      this.upperPercentage,
      this.lowerLimit,
      this.upperLimit,
      this.color,
      this.heartRateZoneSchemataId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbHeartRateZone.fromMap(Map<String, dynamic> o,
      {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['lowerPercentage'] != null) {
      lowerPercentage = int.tryParse(o['lowerPercentage'].toString());
    }
    if (o['upperPercentage'] != null) {
      upperPercentage = int.tryParse(o['upperPercentage'].toString());
    }
    if (o['lowerLimit'] != null) {
      lowerLimit = int.tryParse(o['lowerLimit'].toString());
    }
    if (o['upperLimit'] != null) {
      upperLimit = int.tryParse(o['upperLimit'].toString());
    }
    if (o['color'] != null) {
      color = int.tryParse(o['color'].toString());
    }
    heartRateZoneSchemataId =
        int.tryParse(o['heartRateZoneSchemataId'].toString());

    // RELATIONSHIPS FromMAP
    plDbHeartRateZoneSchema = o['dbHeartRateZoneSchema'] != null
        ? DbHeartRateZoneSchema.fromMap(
            o['dbHeartRateZoneSchema'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbHeartRateZone)
  int? id;
  String? name;
  int? lowerPercentage;
  int? upperPercentage;
  int? lowerLimit;
  int? upperLimit;
  int? color;
  int? heartRateZoneSchemataId;

  // end FIELDS (DbHeartRateZone)

// RELATIONSHIPS (DbHeartRateZone)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbHeartRateZoneSchema', 'plField2'..]) or so on..
  DbHeartRateZoneSchema? plDbHeartRateZoneSchema;

  /// get DbHeartRateZoneSchema By HeartRateZoneSchemataId
  Future<DbHeartRateZoneSchema?> getDbHeartRateZoneSchema(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbHeartRateZoneSchema().getById(heartRateZoneSchemataId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbHeartRateZone)

  static const bool _softDeleteActivated = false;
  DbHeartRateZoneManager? __mnDbHeartRateZone;

  DbHeartRateZoneManager get _mnDbHeartRateZone {
    return __mnDbHeartRateZone =
        __mnDbHeartRateZone ?? DbHeartRateZoneManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (lowerPercentage != null || !forView) {
      map['lowerPercentage'] = lowerPercentage;
    }
    if (upperPercentage != null || !forView) {
      map['upperPercentage'] = upperPercentage;
    }
    if (lowerLimit != null || !forView) {
      map['lowerLimit'] = lowerLimit;
    }
    if (upperLimit != null || !forView) {
      map['upperLimit'] = upperLimit;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (heartRateZoneSchemataId != null) {
      map['heartRateZoneSchemataId'] = forView
          ? plDbHeartRateZoneSchema == null
              ? heartRateZoneSchemataId
              : plDbHeartRateZoneSchema!.name
          : heartRateZoneSchemataId;
    } else if (heartRateZoneSchemataId != null || !forView) {
      map['heartRateZoneSchemataId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (lowerPercentage != null || !forView) {
      map['lowerPercentage'] = lowerPercentage;
    }
    if (upperPercentage != null || !forView) {
      map['upperPercentage'] = upperPercentage;
    }
    if (lowerLimit != null || !forView) {
      map['lowerLimit'] = lowerLimit;
    }
    if (upperLimit != null || !forView) {
      map['upperLimit'] = upperLimit;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (heartRateZoneSchemataId != null) {
      map['heartRateZoneSchemataId'] = forView
          ? plDbHeartRateZoneSchema == null
              ? heartRateZoneSchemataId
              : plDbHeartRateZoneSchema!.name
          : heartRateZoneSchemataId;
    } else if (heartRateZoneSchemataId != null || !forView) {
      map['heartRateZoneSchemataId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbHeartRateZone]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbHeartRateZone]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      name,
      lowerPercentage,
      upperPercentage,
      lowerLimit,
      upperLimit,
      color,
      heartRateZoneSchemataId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      name,
      lowerPercentage,
      upperPercentage,
      lowerLimit,
      upperLimit,
      color,
      heartRateZoneSchemataId
    ];
  }

  static Future<List<DbHeartRateZone>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbHeartRateZone.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbHeartRateZone>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbHeartRateZone>[];
    try {
      objList = list
          .map((dbheartratezone) =>
              DbHeartRateZone.fromMap(dbheartratezone as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbHeartRateZone.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbHeartRateZone>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbHeartRateZone> objList = <DbHeartRateZone>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbHeartRateZone.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbHeartRateZoneSchema'))) {
          obj.plDbHeartRateZoneSchema = obj.plDbHeartRateZoneSchema ??
              await obj.getDbHeartRateZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbHeartRateZone by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbHeartRateZone] if exist, otherwise returns null
  Future<DbHeartRateZone?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbHeartRateZone? obj;
    final data = await _mnDbHeartRateZone.getById([id]);
    if (data.length != 0) {
      obj = DbHeartRateZone.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbHeartRateZoneSchema'))) {
          obj.plDbHeartRateZoneSchema = obj.plDbHeartRateZoneSchema ??
              await obj.getDbHeartRateZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbHeartRateZone) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbHeartRateZone.insert(this, ignoreBatch);
    } else {
      await _mnDbHeartRateZone.update(this);
    }

    return id;
  }

  /// Saves the (DbHeartRateZone) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbHeartRateZone.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbHeartRateZone.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbHeartRateZone. Returns a new Primary Key value of DbHeartRateZone

  /// <returns>Returns a new Primary Key value of DbHeartRateZone
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbHeartRateZone> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbHeartRateZone> dbheartratezones,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbheartratezones) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbheartratezones.length; i++) {
        if (dbheartratezones[i].id == null) {
          dbheartratezones[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbHeartRateZone.rawInsert(
          'INSERT OR REPLACE INTO heartRateZone (id, name, lowerPercentage, upperPercentage, lowerLimit, upperLimit, color, heartRateZoneSchemataId)  VALUES (?,?,?,?,?,?,?,?)',
          [
            id,
            name,
            lowerPercentage,
            upperPercentage,
            lowerLimit,
            upperLimit,
            color,
            heartRateZoneSchemataId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbHeartRateZone id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false,
            errorMessage: 'DbHeartRateZone id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbHeartRateZone Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbHeartRateZone>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbHeartRateZone> dbheartratezones,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbHeartRateZone.rawInsertAll(
        'INSERT OR REPLACE INTO heartRateZone (id, name, lowerPercentage, upperPercentage, lowerLimit, upperLimit, color, heartRateZoneSchemataId)  VALUES (?,?,?,?,?,?,?,?)',
        dbheartratezones,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbHeartRateZone

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbHeartRateZone invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbHeartRateZone
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbHeartRateZone.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbHeartRateZone] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbHeartRateZoneFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbHeartRateZoneFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbHeartRateZoneFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbHeartRateZoneFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    heartRateZoneSchemataId = heartRateZoneSchemataId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbheartratezone

// region DbHeartRateZoneField
class DbHeartRateZoneField extends FilterBase {
  DbHeartRateZoneField(DbHeartRateZoneFilterBuilder dbheartratezoneFB)
      : super(dbheartratezoneFB);

  @override
  DbHeartRateZoneFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder isNull() {
    return super.isNull() as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbHeartRateZoneFilterBuilder;
  }

  @override
  DbHeartRateZoneField get not {
    return super.not as DbHeartRateZoneField;
  }
}
// endregion DbHeartRateZoneField

// region DbHeartRateZoneFilterBuilder
class DbHeartRateZoneFilterBuilder extends ConjunctionBase {
  DbHeartRateZoneFilterBuilder(DbHeartRateZone obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbHeartRateZone = obj._mnDbHeartRateZone;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbHeartRateZoneManager? _mnDbHeartRateZone;

  /// put the sql keyword 'AND'
  @override
  DbHeartRateZoneFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbHeartRateZoneFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbHeartRateZoneFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbHeartRateZoneFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbHeartRateZoneFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbHeartRateZoneFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbHeartRateZoneFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbHeartRateZoneFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbHeartRateZoneFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbHeartRateZoneFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbHeartRateZoneFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbHeartRateZoneField _setField(
      DbHeartRateZoneField? field, String colName, DbType dbtype) {
    return DbHeartRateZoneField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbHeartRateZoneField? _id;
  DbHeartRateZoneField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbHeartRateZoneField? _name;
  DbHeartRateZoneField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbHeartRateZoneField? _lowerPercentage;
  DbHeartRateZoneField get lowerPercentage {
    return _lowerPercentage =
        _setField(_lowerPercentage, 'lowerPercentage', DbType.integer);
  }

  DbHeartRateZoneField? _upperPercentage;
  DbHeartRateZoneField get upperPercentage {
    return _upperPercentage =
        _setField(_upperPercentage, 'upperPercentage', DbType.integer);
  }

  DbHeartRateZoneField? _lowerLimit;
  DbHeartRateZoneField get lowerLimit {
    return _lowerLimit = _setField(_lowerLimit, 'lowerLimit', DbType.integer);
  }

  DbHeartRateZoneField? _upperLimit;
  DbHeartRateZoneField get upperLimit {
    return _upperLimit = _setField(_upperLimit, 'upperLimit', DbType.integer);
  }

  DbHeartRateZoneField? _color;
  DbHeartRateZoneField get color {
    return _color = _setField(_color, 'color', DbType.integer);
  }

  DbHeartRateZoneField? _heartRateZoneSchemataId;
  DbHeartRateZoneField get heartRateZoneSchemataId {
    return _heartRateZoneSchemataId = _setField(
        _heartRateZoneSchemataId, 'heartRateZoneSchemataId', DbType.integer);
  }

  /// Deletes List<DbHeartRateZone> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbHeartRateZone!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbHeartRateZone!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from heartRateZone ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbHeartRateZone!.updateBatch(qparams, values);
  }

  /// This method always returns [DbHeartRateZone] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbHeartRateZone?
  @override
  Future<DbHeartRateZone?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbHeartRateZone!.toList(qparams);
    final data = await objFuture;
    DbHeartRateZone? obj;
    if (data.isNotEmpty) {
      obj = DbHeartRateZone.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbHeartRateZoneSchema'))) {
          obj.plDbHeartRateZoneSchema = obj.plDbHeartRateZoneSchema ??
              await obj.getDbHeartRateZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbHeartRateZone]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbHeartRateZone?
  @override
  Future<DbHeartRateZone> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbHeartRateZone();
  }

  /// This method returns int. [DbHeartRateZone]
  /// <returns>int
  @override
  Future<int> toCount(
      [VoidCallback Function(int c)? dbheartratezoneCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbheartratezonesFuture = await _mnDbHeartRateZone!.toList(qparams);
    final int count = dbheartratezonesFuture[0]['CNT'] as int;
    if (dbheartratezoneCount != null) {
      dbheartratezoneCount(count);
    }
    return count;
  }

  /// This method returns List<DbHeartRateZone> [DbHeartRateZone]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbHeartRateZone>
  @override
  Future<List<DbHeartRateZone>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbHeartRateZone> dbheartratezonesData =
        await DbHeartRateZone.fromMapList(data,
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields,
            setDefaultValues: qparams.selectColumns == null);
    return dbheartratezonesData;
  }

  /// This method returns Json String [DbHeartRateZone]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbHeartRateZone]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbHeartRateZone]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbHeartRateZone!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbHeartRateZone]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM heartRateZone WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbHeartRateZone!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbHeartRateZone]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbHeartRateZone!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbHeartRateZone.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbHeartRateZone!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbHeartRateZoneFilterBuilder

// region DbHeartRateZoneFields
class DbHeartRateZoneFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fLowerPercentage;
  static TableField get lowerPercentage {
    return _fLowerPercentage = _fLowerPercentage ??
        SqlSyntax.setField(
            _fLowerPercentage, 'lowerPercentage', DbType.integer);
  }

  static TableField? _fUpperPercentage;
  static TableField get upperPercentage {
    return _fUpperPercentage = _fUpperPercentage ??
        SqlSyntax.setField(
            _fUpperPercentage, 'upperPercentage', DbType.integer);
  }

  static TableField? _fLowerLimit;
  static TableField get lowerLimit {
    return _fLowerLimit = _fLowerLimit ??
        SqlSyntax.setField(_fLowerLimit, 'lowerLimit', DbType.integer);
  }

  static TableField? _fUpperLimit;
  static TableField get upperLimit {
    return _fUpperLimit = _fUpperLimit ??
        SqlSyntax.setField(_fUpperLimit, 'upperLimit', DbType.integer);
  }

  static TableField? _fColor;
  static TableField get color {
    return _fColor =
        _fColor ?? SqlSyntax.setField(_fColor, 'color', DbType.integer);
  }

  static TableField? _fHeartRateZoneSchemataId;
  static TableField get heartRateZoneSchemataId {
    return _fHeartRateZoneSchemataId = _fHeartRateZoneSchemataId ??
        SqlSyntax.setField(_fHeartRateZoneSchemataId, 'heartRateZoneSchemataId',
            DbType.integer);
  }
}
// endregion DbHeartRateZoneFields

//region DbHeartRateZoneManager
class DbHeartRateZoneManager extends SqfEntityProvider {
  DbHeartRateZoneManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'heartRateZone';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbHeartRateZoneManager
// region DbPowerZoneSchema
class DbPowerZoneSchema extends TableBase {
  DbPowerZoneSchema(
      {this.id, this.date, this.name, this.base, this.athletesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbPowerZoneSchema.withFields(
      this.date, this.name, this.base, this.athletesId) {
    _setDefaultValues();
  }
  DbPowerZoneSchema.withId(
      this.id, this.date, this.name, this.base, this.athletesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbPowerZoneSchema.fromMap(Map<String, dynamic> o,
      {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['date'] != null) {
      date = int.tryParse(o['date'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['date'].toString())!)
          : DateTime.tryParse(o['date'].toString());
    }
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['base'] != null) {
      base = int.tryParse(o['base'].toString());
    }
    athletesId = int.tryParse(o['athletesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbPowerZoneSchema)
  int? id;
  DateTime? date;
  String? name;
  int? base;
  int? athletesId;

  // end FIELDS (DbPowerZoneSchema)

// RELATIONSHIPS (DbPowerZoneSchema)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbPowerZoneSchema)

// COLLECTIONS & VIRTUALS (DbPowerZoneSchema)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbPowerZones', 'plField2'..]) or so on..
  List<DbPowerZone>? plDbPowerZones;

  /// get DbPowerZone(s) filtered by id=powerZoneSchemataId
  DbPowerZoneFilterBuilder? getDbPowerZones(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbPowerZone()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .powerZoneSchemataId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbPowerZoneSchema)

  static const bool _softDeleteActivated = false;
  DbPowerZoneSchemaManager? __mnDbPowerZoneSchema;

  DbPowerZoneSchemaManager get _mnDbPowerZoneSchema {
    return __mnDbPowerZoneSchema =
        __mnDbPowerZoneSchema ?? DbPowerZoneSchemaManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (base != null || !forView) {
      map['base'] = base;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (date != null) {
      map['date'] = forJson
          ? '$date!.year-$date!.month-$date!.day'
          : forQuery
              ? DateTime(date!.year, date!.month, date!.day)
                  .millisecondsSinceEpoch
              : date;
    } else if (date != null || !forView) {
      map['date'] = null;
    }
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (base != null || !forView) {
      map['base'] = base;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

// COLLECTIONS (DbPowerZoneSchema)
    if (!forQuery) {
      map['DbPowerZones'] = await getDbPowerZones()!.toMapList();
    }
// END COLLECTIONS (DbPowerZoneSchema)

    return map;
  }

  /// This method returns Json String [DbPowerZoneSchema]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbPowerZoneSchema]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      date != null ? date!.millisecondsSinceEpoch : null,
      name,
      base,
      athletesId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      date != null ? date!.millisecondsSinceEpoch : null,
      name,
      base,
      athletesId
    ];
  }

  static Future<List<DbPowerZoneSchema>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbPowerZoneSchema.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbPowerZoneSchema>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbPowerZoneSchema>[];
    try {
      objList = list
          .map((dbpowerzoneschema) => DbPowerZoneSchema.fromMap(
              dbpowerzoneschema as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbPowerZoneSchema.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbPowerZoneSchema>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbPowerZoneSchema> objList = <DbPowerZoneSchema>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbPowerZoneSchema.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('powerZoneSchemata.plDbPowerZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZones'))) {
          /*_loadedfields!.add('powerZoneSchemata.plDbPowerZones'); */ obj
                  .plDbPowerZones =
              obj.plDbPowerZones ??
                  await obj.getDbPowerZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbPowerZoneSchema by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbPowerZoneSchema] if exist, otherwise returns null
  Future<DbPowerZoneSchema?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbPowerZoneSchema? obj;
    final data = await _mnDbPowerZoneSchema.getById([id]);
    if (data.length != 0) {
      obj = DbPowerZoneSchema.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('powerZoneSchemata.plDbPowerZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZones'))) {
          /*_loadedfields!.add('powerZoneSchemata.plDbPowerZones'); */ obj
                  .plDbPowerZones =
              obj.plDbPowerZones ??
                  await obj.getDbPowerZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbPowerZoneSchema) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbPowerZoneSchema.insert(this, ignoreBatch);
    } else {
      await _mnDbPowerZoneSchema.update(this);
    }

    return id;
  }

  /// Saves the (DbPowerZoneSchema) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbPowerZoneSchema.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbPowerZoneSchema.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbPowerZoneSchema. Returns a new Primary Key value of DbPowerZoneSchema

  /// <returns>Returns a new Primary Key value of DbPowerZoneSchema
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbPowerZoneSchema> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(
      List<DbPowerZoneSchema> dbpowerzoneschemas,
      {bool? exclusive,
      bool? noResult,
      bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbpowerzoneschemas) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbpowerzoneschemas.length; i++) {
        if (dbpowerzoneschemas[i].id == null) {
          dbpowerzoneschemas[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbPowerZoneSchema.rawInsert(
          'INSERT OR REPLACE INTO powerZoneSchemata (id, date, name, base, athletesId)  VALUES (?,?,?,?,?)',
          [
            id,
            date != null ? date!.millisecondsSinceEpoch : null,
            name,
            base,
            athletesId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbPowerZoneSchema id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false,
            errorMessage: 'DbPowerZoneSchema id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage:
              'DbPowerZoneSchema Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbPowerZoneSchema>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbPowerZoneSchema> dbpowerzoneschemas,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbPowerZoneSchema.rawInsertAll(
        'INSERT OR REPLACE INTO powerZoneSchemata (id, date, name, base, athletesId)  VALUES (?,?,?,?,?)',
        dbpowerzoneschemas,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbPowerZoneSchema

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbPowerZoneSchema invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbPowerZone()
          .select()
          .powerZoneSchemataId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbPowerZoneSchema
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbPowerZoneSchema.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbPowerZoneSchema] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbPowerZoneSchemaFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbPowerZoneSchemaFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbPowerZoneSchemaFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbPowerZoneSchemaFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    athletesId = athletesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbpowerzoneschema

// region DbPowerZoneSchemaField
class DbPowerZoneSchemaField extends FilterBase {
  DbPowerZoneSchemaField(DbPowerZoneSchemaFilterBuilder dbpowerzoneschemaFB)
      : super(dbpowerzoneschemaFB);

  @override
  DbPowerZoneSchemaFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder isNull() {
    return super.isNull() as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbPowerZoneSchemaFilterBuilder;
  }

  @override
  DbPowerZoneSchemaField get not {
    return super.not as DbPowerZoneSchemaField;
  }
}
// endregion DbPowerZoneSchemaField

// region DbPowerZoneSchemaFilterBuilder
class DbPowerZoneSchemaFilterBuilder extends ConjunctionBase {
  DbPowerZoneSchemaFilterBuilder(DbPowerZoneSchema obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbPowerZoneSchema = obj._mnDbPowerZoneSchema;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbPowerZoneSchemaManager? _mnDbPowerZoneSchema;

  /// put the sql keyword 'AND'
  @override
  DbPowerZoneSchemaFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbPowerZoneSchemaFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbPowerZoneSchemaFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbPowerZoneSchemaFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbPowerZoneSchemaFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbPowerZoneSchemaFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbPowerZoneSchemaFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbPowerZoneSchemaFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbPowerZoneSchemaFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbPowerZoneSchemaFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbPowerZoneSchemaFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbPowerZoneSchemaField _setField(
      DbPowerZoneSchemaField? field, String colName, DbType dbtype) {
    return DbPowerZoneSchemaField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbPowerZoneSchemaField? _id;
  DbPowerZoneSchemaField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbPowerZoneSchemaField? _date;
  DbPowerZoneSchemaField get date {
    return _date = _setField(_date, 'date', DbType.date);
  }

  DbPowerZoneSchemaField? _name;
  DbPowerZoneSchemaField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbPowerZoneSchemaField? _base;
  DbPowerZoneSchemaField get base {
    return _base = _setField(_base, 'base', DbType.integer);
  }

  DbPowerZoneSchemaField? _athletesId;
  DbPowerZoneSchemaField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  /// Deletes List<DbPowerZoneSchema> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbPowerZone) according to DeleteRule.CASCADE
    final idListDbPowerZoneBYpowerZoneSchemataId = toListPrimaryKeySQL(false);
    final resDbPowerZoneBYpowerZoneSchemataId = await DbPowerZone()
        .select()
        .where(
            'powerZoneSchemataId IN (${idListDbPowerZoneBYpowerZoneSchemataId['sql']})',
            parameterValue: idListDbPowerZoneBYpowerZoneSchemataId['args'])
        .delete(hardDelete);
    if (!resDbPowerZoneBYpowerZoneSchemataId.success) {
      return resDbPowerZoneBYpowerZoneSchemataId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbPowerZoneSchema!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbPowerZoneSchema!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from powerZoneSchemata ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbPowerZoneSchema!.updateBatch(qparams, values);
  }

  /// This method always returns [DbPowerZoneSchema] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbPowerZoneSchema?
  @override
  Future<DbPowerZoneSchema?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbPowerZoneSchema!.toList(qparams);
    final data = await objFuture;
    DbPowerZoneSchema? obj;
    if (data.isNotEmpty) {
      obj = DbPowerZoneSchema.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('powerZoneSchemata.plDbPowerZones') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbPowerZones'))) {
          /*_loadedfields!.add('powerZoneSchemata.plDbPowerZones'); */ obj
                  .plDbPowerZones =
              obj.plDbPowerZones ??
                  await obj.getDbPowerZones()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbPowerZoneSchema]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbPowerZoneSchema?
  @override
  Future<DbPowerZoneSchema> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbPowerZoneSchema();
  }

  /// This method returns int. [DbPowerZoneSchema]
  /// <returns>int
  @override
  Future<int> toCount(
      [VoidCallback Function(int c)? dbpowerzoneschemaCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbpowerzoneschemasFuture =
        await _mnDbPowerZoneSchema!.toList(qparams);
    final int count = dbpowerzoneschemasFuture[0]['CNT'] as int;
    if (dbpowerzoneschemaCount != null) {
      dbpowerzoneschemaCount(count);
    }
    return count;
  }

  /// This method returns List<DbPowerZoneSchema> [DbPowerZoneSchema]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbPowerZoneSchema>
  @override
  Future<List<DbPowerZoneSchema>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbPowerZoneSchema> dbpowerzoneschemasData =
        await DbPowerZoneSchema.fromMapList(data,
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields,
            setDefaultValues: qparams.selectColumns == null);
    return dbpowerzoneschemasData;
  }

  /// This method returns Json String [DbPowerZoneSchema]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbPowerZoneSchema]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbPowerZoneSchema]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbPowerZoneSchema!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbPowerZoneSchema]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM powerZoneSchemata WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbPowerZoneSchema!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbPowerZoneSchema]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbPowerZoneSchema!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbPowerZoneSchema.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbPowerZoneSchema!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbPowerZoneSchemaFilterBuilder

// region DbPowerZoneSchemaFields
class DbPowerZoneSchemaFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fDate;
  static TableField get date {
    return _fDate = _fDate ?? SqlSyntax.setField(_fDate, 'date', DbType.date);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fBase;
  static TableField get base {
    return _fBase =
        _fBase ?? SqlSyntax.setField(_fBase, 'base', DbType.integer);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }
}
// endregion DbPowerZoneSchemaFields

//region DbPowerZoneSchemaManager
class DbPowerZoneSchemaManager extends SqfEntityProvider {
  DbPowerZoneSchemaManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'powerZoneSchemata';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbPowerZoneSchemaManager
// region DbPowerZone
class DbPowerZone extends TableBase {
  DbPowerZone(
      {this.id,
      this.name,
      this.lowerPercentage,
      this.upperPercentage,
      this.lowerLimit,
      this.upperLimit,
      this.color,
      this.powerZoneSchemataId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbPowerZone.withFields(this.name, this.lowerPercentage, this.upperPercentage,
      this.lowerLimit, this.upperLimit, this.color, this.powerZoneSchemataId) {
    _setDefaultValues();
  }
  DbPowerZone.withId(
      this.id,
      this.name,
      this.lowerPercentage,
      this.upperPercentage,
      this.lowerLimit,
      this.upperLimit,
      this.color,
      this.powerZoneSchemataId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbPowerZone.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['lowerPercentage'] != null) {
      lowerPercentage = int.tryParse(o['lowerPercentage'].toString());
    }
    if (o['upperPercentage'] != null) {
      upperPercentage = int.tryParse(o['upperPercentage'].toString());
    }
    if (o['lowerLimit'] != null) {
      lowerLimit = int.tryParse(o['lowerLimit'].toString());
    }
    if (o['upperLimit'] != null) {
      upperLimit = int.tryParse(o['upperLimit'].toString());
    }
    if (o['color'] != null) {
      color = int.tryParse(o['color'].toString());
    }
    powerZoneSchemataId = int.tryParse(o['powerZoneSchemataId'].toString());

    // RELATIONSHIPS FromMAP
    plDbPowerZoneSchema = o['dbPowerZoneSchema'] != null
        ? DbPowerZoneSchema.fromMap(
            o['dbPowerZoneSchema'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbPowerZone)
  int? id;
  String? name;
  int? lowerPercentage;
  int? upperPercentage;
  int? lowerLimit;
  int? upperLimit;
  int? color;
  int? powerZoneSchemataId;

  // end FIELDS (DbPowerZone)

// RELATIONSHIPS (DbPowerZone)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbPowerZoneSchema', 'plField2'..]) or so on..
  DbPowerZoneSchema? plDbPowerZoneSchema;

  /// get DbPowerZoneSchema By PowerZoneSchemataId
  Future<DbPowerZoneSchema?> getDbPowerZoneSchema(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbPowerZoneSchema().getById(powerZoneSchemataId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbPowerZone)

  static const bool _softDeleteActivated = false;
  DbPowerZoneManager? __mnDbPowerZone;

  DbPowerZoneManager get _mnDbPowerZone {
    return __mnDbPowerZone = __mnDbPowerZone ?? DbPowerZoneManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (lowerPercentage != null || !forView) {
      map['lowerPercentage'] = lowerPercentage;
    }
    if (upperPercentage != null || !forView) {
      map['upperPercentage'] = upperPercentage;
    }
    if (lowerLimit != null || !forView) {
      map['lowerLimit'] = lowerLimit;
    }
    if (upperLimit != null || !forView) {
      map['upperLimit'] = upperLimit;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (powerZoneSchemataId != null) {
      map['powerZoneSchemataId'] = forView
          ? plDbPowerZoneSchema == null
              ? powerZoneSchemataId
              : plDbPowerZoneSchema!.name
          : powerZoneSchemataId;
    } else if (powerZoneSchemataId != null || !forView) {
      map['powerZoneSchemataId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (lowerPercentage != null || !forView) {
      map['lowerPercentage'] = lowerPercentage;
    }
    if (upperPercentage != null || !forView) {
      map['upperPercentage'] = upperPercentage;
    }
    if (lowerLimit != null || !forView) {
      map['lowerLimit'] = lowerLimit;
    }
    if (upperLimit != null || !forView) {
      map['upperLimit'] = upperLimit;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (powerZoneSchemataId != null) {
      map['powerZoneSchemataId'] = forView
          ? plDbPowerZoneSchema == null
              ? powerZoneSchemataId
              : plDbPowerZoneSchema!.name
          : powerZoneSchemataId;
    } else if (powerZoneSchemataId != null || !forView) {
      map['powerZoneSchemataId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbPowerZone]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbPowerZone]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      name,
      lowerPercentage,
      upperPercentage,
      lowerLimit,
      upperLimit,
      color,
      powerZoneSchemataId
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      name,
      lowerPercentage,
      upperPercentage,
      lowerLimit,
      upperLimit,
      color,
      powerZoneSchemataId
    ];
  }

  static Future<List<DbPowerZone>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbPowerZone.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbPowerZone>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbPowerZone>[];
    try {
      objList = list
          .map((dbpowerzone) =>
              DbPowerZone.fromMap(dbpowerzone as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbPowerZone.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbPowerZone>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbPowerZone> objList = <DbPowerZone>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbPowerZone.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbPowerZoneSchema'))) {
          obj.plDbPowerZoneSchema = obj.plDbPowerZoneSchema ??
              await obj.getDbPowerZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbPowerZone by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbPowerZone] if exist, otherwise returns null
  Future<DbPowerZone?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbPowerZone? obj;
    final data = await _mnDbPowerZone.getById([id]);
    if (data.length != 0) {
      obj = DbPowerZone.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbPowerZoneSchema'))) {
          obj.plDbPowerZoneSchema = obj.plDbPowerZoneSchema ??
              await obj.getDbPowerZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbPowerZone) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbPowerZone.insert(this, ignoreBatch);
    } else {
      await _mnDbPowerZone.update(this);
    }

    return id;
  }

  /// Saves the (DbPowerZone) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbPowerZone.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbPowerZone.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbPowerZone. Returns a new Primary Key value of DbPowerZone

  /// <returns>Returns a new Primary Key value of DbPowerZone
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbPowerZone> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbPowerZone> dbpowerzones,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbpowerzones) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbpowerzones.length; i++) {
        if (dbpowerzones[i].id == null) {
          dbpowerzones[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbPowerZone.rawInsert(
          'INSERT OR REPLACE INTO powerZone (id, name, lowerPercentage, upperPercentage, lowerLimit, upperLimit, color, powerZoneSchemataId)  VALUES (?,?,?,?,?,?,?,?)',
          [
            id,
            name,
            lowerPercentage,
            upperPercentage,
            lowerLimit,
            upperLimit,
            color,
            powerZoneSchemataId
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbPowerZone id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbPowerZone id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbPowerZone Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbPowerZone>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbPowerZone> dbpowerzones,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbPowerZone.rawInsertAll(
        'INSERT OR REPLACE INTO powerZone (id, name, lowerPercentage, upperPercentage, lowerLimit, upperLimit, color, powerZoneSchemataId)  VALUES (?,?,?,?,?,?,?,?)',
        dbpowerzones,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbPowerZone

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbPowerZone invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbPowerZone
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbPowerZone.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbPowerZone] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbPowerZoneFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbPowerZoneFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbPowerZoneFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbPowerZoneFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    powerZoneSchemataId = powerZoneSchemataId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbpowerzone

// region DbPowerZoneField
class DbPowerZoneField extends FilterBase {
  DbPowerZoneField(DbPowerZoneFilterBuilder dbpowerzoneFB)
      : super(dbpowerzoneFB);

  @override
  DbPowerZoneFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder isNull() {
    return super.isNull() as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbPowerZoneFilterBuilder;
  }

  @override
  DbPowerZoneField get not {
    return super.not as DbPowerZoneField;
  }
}
// endregion DbPowerZoneField

// region DbPowerZoneFilterBuilder
class DbPowerZoneFilterBuilder extends ConjunctionBase {
  DbPowerZoneFilterBuilder(DbPowerZone obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbPowerZone = obj._mnDbPowerZone;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbPowerZoneManager? _mnDbPowerZone;

  /// put the sql keyword 'AND'
  @override
  DbPowerZoneFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbPowerZoneFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbPowerZoneFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbPowerZoneFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbPowerZoneFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbPowerZoneFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbPowerZoneFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbPowerZoneFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbPowerZoneFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbPowerZoneFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbPowerZoneFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbPowerZoneField _setField(
      DbPowerZoneField? field, String colName, DbType dbtype) {
    return DbPowerZoneField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbPowerZoneField? _id;
  DbPowerZoneField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbPowerZoneField? _name;
  DbPowerZoneField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbPowerZoneField? _lowerPercentage;
  DbPowerZoneField get lowerPercentage {
    return _lowerPercentage =
        _setField(_lowerPercentage, 'lowerPercentage', DbType.integer);
  }

  DbPowerZoneField? _upperPercentage;
  DbPowerZoneField get upperPercentage {
    return _upperPercentage =
        _setField(_upperPercentage, 'upperPercentage', DbType.integer);
  }

  DbPowerZoneField? _lowerLimit;
  DbPowerZoneField get lowerLimit {
    return _lowerLimit = _setField(_lowerLimit, 'lowerLimit', DbType.integer);
  }

  DbPowerZoneField? _upperLimit;
  DbPowerZoneField get upperLimit {
    return _upperLimit = _setField(_upperLimit, 'upperLimit', DbType.integer);
  }

  DbPowerZoneField? _color;
  DbPowerZoneField get color {
    return _color = _setField(_color, 'color', DbType.integer);
  }

  DbPowerZoneField? _powerZoneSchemataId;
  DbPowerZoneField get powerZoneSchemataId {
    return _powerZoneSchemataId =
        _setField(_powerZoneSchemataId, 'powerZoneSchemataId', DbType.integer);
  }

  /// Deletes List<DbPowerZone> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbPowerZone!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbPowerZone!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from powerZone ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbPowerZone!.updateBatch(qparams, values);
  }

  /// This method always returns [DbPowerZone] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbPowerZone?
  @override
  Future<DbPowerZone?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbPowerZone!.toList(qparams);
    final data = await objFuture;
    DbPowerZone? obj;
    if (data.isNotEmpty) {
      obj = DbPowerZone.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbPowerZoneSchema'))) {
          obj.plDbPowerZoneSchema = obj.plDbPowerZoneSchema ??
              await obj.getDbPowerZoneSchema(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbPowerZone]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbPowerZone?
  @override
  Future<DbPowerZone> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbPowerZone();
  }

  /// This method returns int. [DbPowerZone]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbpowerzoneCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbpowerzonesFuture = await _mnDbPowerZone!.toList(qparams);
    final int count = dbpowerzonesFuture[0]['CNT'] as int;
    if (dbpowerzoneCount != null) {
      dbpowerzoneCount(count);
    }
    return count;
  }

  /// This method returns List<DbPowerZone> [DbPowerZone]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbPowerZone>
  @override
  Future<List<DbPowerZone>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbPowerZone> dbpowerzonesData = await DbPowerZone.fromMapList(
        data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbpowerzonesData;
  }

  /// This method returns Json String [DbPowerZone]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbPowerZone]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbPowerZone]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbPowerZone!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbPowerZone]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM powerZone WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbPowerZone!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbPowerZone]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbPowerZone!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbPowerZone.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbPowerZone!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbPowerZoneFilterBuilder

// region DbPowerZoneFields
class DbPowerZoneFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fLowerPercentage;
  static TableField get lowerPercentage {
    return _fLowerPercentage = _fLowerPercentage ??
        SqlSyntax.setField(
            _fLowerPercentage, 'lowerPercentage', DbType.integer);
  }

  static TableField? _fUpperPercentage;
  static TableField get upperPercentage {
    return _fUpperPercentage = _fUpperPercentage ??
        SqlSyntax.setField(
            _fUpperPercentage, 'upperPercentage', DbType.integer);
  }

  static TableField? _fLowerLimit;
  static TableField get lowerLimit {
    return _fLowerLimit = _fLowerLimit ??
        SqlSyntax.setField(_fLowerLimit, 'lowerLimit', DbType.integer);
  }

  static TableField? _fUpperLimit;
  static TableField get upperLimit {
    return _fUpperLimit = _fUpperLimit ??
        SqlSyntax.setField(_fUpperLimit, 'upperLimit', DbType.integer);
  }

  static TableField? _fColor;
  static TableField get color {
    return _fColor =
        _fColor ?? SqlSyntax.setField(_fColor, 'color', DbType.integer);
  }

  static TableField? _fPowerZoneSchemataId;
  static TableField get powerZoneSchemataId {
    return _fPowerZoneSchemataId = _fPowerZoneSchemataId ??
        SqlSyntax.setField(
            _fPowerZoneSchemataId, 'powerZoneSchemataId', DbType.integer);
  }
}
// endregion DbPowerZoneFields

//region DbPowerZoneManager
class DbPowerZoneManager extends SqfEntityProvider {
  DbPowerZoneManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'powerZone';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbPowerZoneManager
// region DbTag
class DbTag extends TableBase {
  DbTag(
      {this.id,
      this.name,
      this.color,
      this.sortOrder,
      this.system,
      this.tagGroupsId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbTag.withFields(
      this.name, this.color, this.sortOrder, this.system, this.tagGroupsId) {
    _setDefaultValues();
  }
  DbTag.withId(this.id, this.name, this.color, this.sortOrder, this.system,
      this.tagGroupsId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbTag.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['color'] != null) {
      color = int.tryParse(o['color'].toString());
    }
    if (o['sortOrder'] != null) {
      sortOrder = int.tryParse(o['sortOrder'].toString());
    }
    if (o['system'] != null) {
      system =
          o['system'].toString() == '1' || o['system'].toString() == 'true';
    }
    tagGroupsId = int.tryParse(o['tagGroupsId'].toString());

    // RELATIONSHIPS FromMAP
    plDbTagGroup = o['dbTagGroup'] != null
        ? DbTagGroup.fromMap(o['dbTagGroup'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbTag)
  int? id;
  String? name;
  int? color;
  int? sortOrder;
  bool? system;
  int? tagGroupsId;

  // end FIELDS (DbTag)

// RELATIONSHIPS (DbTag)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTagGroup', 'plField2'..]) or so on..
  DbTagGroup? plDbTagGroup;

  /// get DbTagGroup By TagGroupsId
  Future<DbTagGroup?> getDbTagGroup(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbTagGroup().getById(tagGroupsId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbTag)

// COLLECTIONS & VIRTUALS (DbTag)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbLapTaggings', 'plField2'..]) or so on..
  List<DbLapTagging>? plDbLapTaggings;

  /// get DbLapTagging(s) filtered by id=tagsId
  DbLapTaggingFilterBuilder? getDbLapTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbLapTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .tagsId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivityTaggings', 'plField2'..]) or so on..
  List<DbActivityTagging>? plDbActivityTaggings;

  /// get DbActivityTagging(s) filtered by id=tagsId
  DbActivityTaggingFilterBuilder? getDbActivityTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbActivityTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .tagsId
        .equals(id)
        .and;
  }

  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbIntervalTaggings', 'plField2'..]) or so on..
  List<DbIntervalTagging>? plDbIntervalTaggings;

  /// get DbIntervalTagging(s) filtered by id=tagsId
  DbIntervalTaggingFilterBuilder? getDbIntervalTaggings(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbIntervalTagging()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .tagsId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbTag)

  static const bool _softDeleteActivated = false;
  DbTagManager? __mnDbTag;

  DbTagManager get _mnDbTag {
    return __mnDbTag = __mnDbTag ?? DbTagManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (sortOrder != null || !forView) {
      map['sortOrder'] = sortOrder;
    }
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagGroupsId != null) {
      map['tagGroupsId'] = forView
          ? plDbTagGroup == null
              ? tagGroupsId
              : plDbTagGroup!.name
          : tagGroupsId;
    } else if (tagGroupsId != null || !forView) {
      map['tagGroupsId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (sortOrder != null || !forView) {
      map['sortOrder'] = sortOrder;
    }
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagGroupsId != null) {
      map['tagGroupsId'] = forView
          ? plDbTagGroup == null
              ? tagGroupsId
              : plDbTagGroup!.name
          : tagGroupsId;
    } else if (tagGroupsId != null || !forView) {
      map['tagGroupsId'] = null;
    }

// COLLECTIONS (DbTag)
    if (!forQuery) {
      map['DbLapTaggings'] = await getDbLapTaggings()!.toMapList();
    }
    if (!forQuery) {
      map['DbActivityTaggings'] = await getDbActivityTaggings()!.toMapList();
    }
    if (!forQuery) {
      map['DbIntervalTaggings'] = await getDbIntervalTaggings()!.toMapList();
    }
// END COLLECTIONS (DbTag)

    return map;
  }

  /// This method returns Json String [DbTag]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbTag]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [name, color, sortOrder, system, tagGroupsId];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [id, name, color, sortOrder, system, tagGroupsId];
  }

  static Future<List<DbTag>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbTag.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbTag>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbTag>[];
    try {
      objList = list
          .map((dbtag) => DbTag.fromMap(dbtag as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbTag.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbTag>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbTag> objList = <DbTag>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbTag.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tags.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('tags.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('tags.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('tags.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTagGroup'))) {
          obj.plDbTagGroup = obj.plDbTagGroup ??
              await obj.getDbTagGroup(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbTag by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbTag] if exist, otherwise returns null
  Future<DbTag?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbTag? obj;
    final data = await _mnDbTag.getById([id]);
    if (data.length != 0) {
      obj = DbTag.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tags.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('tags.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('tags.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('tags.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTagGroup'))) {
          obj.plDbTagGroup = obj.plDbTagGroup ??
              await obj.getDbTagGroup(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbTag) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbTag.insert(this, ignoreBatch);
    } else {
      await _mnDbTag.update(this);
    }

    return id;
  }

  /// Saves the (DbTag) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbTag.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbTag.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbTag. Returns a new Primary Key value of DbTag

  /// <returns>Returns a new Primary Key value of DbTag
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbTag> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbTag> dbtags,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbtags) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbtags.length; i++) {
        if (dbtags[i].id == null) {
          dbtags[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbTag.rawInsert(
          'INSERT OR REPLACE INTO tags (id, name, color, sortOrder, system, tagGroupsId)  VALUES (?,?,?,?,?,?)',
          [id, name, color, sortOrder, system, tagGroupsId],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true, successMessage: 'DbTag id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbTag id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbTag Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbTag>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbTag> dbtags,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbTag.rawInsertAll(
        'INSERT OR REPLACE INTO tags (id, name, color, sortOrder, system, tagGroupsId)  VALUES (?,?,?,?,?,?)',
        dbtags,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbTag

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbTag invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result = await DbLapTagging()
          .select()
          .tagsId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbActivityTagging()
          .select()
          .tagsId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    {
      result = await DbIntervalTagging()
          .select()
          .tagsId
          .equals(id)
          .and
          .delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbTag
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbTag.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbTag] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbTagFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbTagFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbTagFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbTagFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    tagGroupsId = tagGroupsId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbtag

// region DbTagField
class DbTagField extends FilterBase {
  DbTagField(DbTagFilterBuilder dbtagFB) : super(dbtagFB);

  @override
  DbTagFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder isNull() {
    return super.isNull() as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbTagFilterBuilder;
  }

  @override
  DbTagField get not {
    return super.not as DbTagField;
  }
}
// endregion DbTagField

// region DbTagFilterBuilder
class DbTagFilterBuilder extends ConjunctionBase {
  DbTagFilterBuilder(DbTag obj, bool? getIsDeleted) : super(obj, getIsDeleted) {
    _mnDbTag = obj._mnDbTag;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbTagManager? _mnDbTag;

  /// put the sql keyword 'AND'
  @override
  DbTagFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbTagFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbTagFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbTagFilterBuilder where(String? whereCriteria, {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbTagFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbTagFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbTagFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbTagFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbTagFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbTagFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbTagFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbTagField _setField(DbTagField? field, String colName, DbType dbtype) {
    return DbTagField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbTagField? _id;
  DbTagField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbTagField? _name;
  DbTagField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbTagField? _color;
  DbTagField get color {
    return _color = _setField(_color, 'color', DbType.integer);
  }

  DbTagField? _sortOrder;
  DbTagField get sortOrder {
    return _sortOrder = _setField(_sortOrder, 'sortOrder', DbType.integer);
  }

  DbTagField? _system;
  DbTagField get system {
    return _system = _setField(_system, 'system', DbType.bool);
  }

  DbTagField? _tagGroupsId;
  DbTagField get tagGroupsId {
    return _tagGroupsId =
        _setField(_tagGroupsId, 'tagGroupsId', DbType.integer);
  }

  /// Deletes List<DbTag> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbLapTagging) according to DeleteRule.CASCADE
    final idListDbLapTaggingBYtagsId = toListPrimaryKeySQL(false);
    final resDbLapTaggingBYtagsId = await DbLapTagging()
        .select()
        .where('tagsId IN (${idListDbLapTaggingBYtagsId['sql']})',
            parameterValue: idListDbLapTaggingBYtagsId['args'])
        .delete(hardDelete);
    if (!resDbLapTaggingBYtagsId.success) {
      return resDbLapTaggingBYtagsId;
    }
// Delete sub records where in (DbActivityTagging) according to DeleteRule.CASCADE
    final idListDbActivityTaggingBYtagsId = toListPrimaryKeySQL(false);
    final resDbActivityTaggingBYtagsId = await DbActivityTagging()
        .select()
        .where('tagsId IN (${idListDbActivityTaggingBYtagsId['sql']})',
            parameterValue: idListDbActivityTaggingBYtagsId['args'])
        .delete(hardDelete);
    if (!resDbActivityTaggingBYtagsId.success) {
      return resDbActivityTaggingBYtagsId;
    }
// Delete sub records where in (DbIntervalTagging) according to DeleteRule.CASCADE
    final idListDbIntervalTaggingBYtagsId = toListPrimaryKeySQL(false);
    final resDbIntervalTaggingBYtagsId = await DbIntervalTagging()
        .select()
        .where('tagsId IN (${idListDbIntervalTaggingBYtagsId['sql']})',
            parameterValue: idListDbIntervalTaggingBYtagsId['args'])
        .delete(hardDelete);
    if (!resDbIntervalTaggingBYtagsId.success) {
      return resDbIntervalTaggingBYtagsId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbTag!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbTag!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from tags ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbTag!.updateBatch(qparams, values);
  }

  /// This method always returns [DbTag] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbTag?
  @override
  Future<DbTag?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbTag!.toList(qparams);
    final data = await objFuture;
    DbTag? obj;
    if (data.isNotEmpty) {
      obj = DbTag.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tags.plDbLapTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbLapTaggings'))) {
          /*_loadedfields!.add('tags.plDbLapTaggings'); */ obj.plDbLapTaggings =
              obj.plDbLapTaggings ??
                  await obj.getDbLapTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbActivityTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbActivityTaggings'))) {
          /*_loadedfields!.add('tags.plDbActivityTaggings'); */ obj
                  .plDbActivityTaggings =
              obj.plDbActivityTaggings ??
                  await obj.getDbActivityTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
        if (/*!_loadedfields!.contains('tags.plDbIntervalTaggings') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbIntervalTaggings'))) {
          /*_loadedfields!.add('tags.plDbIntervalTaggings'); */ obj
                  .plDbIntervalTaggings =
              obj.plDbIntervalTaggings ??
                  await obj.getDbIntervalTaggings()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTagGroup'))) {
          obj.plDbTagGroup = obj.plDbTagGroup ??
              await obj.getDbTagGroup(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbTag]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbTag?
  @override
  Future<DbTag> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbTag();
  }

  /// This method returns int. [DbTag]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbtagCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbtagsFuture = await _mnDbTag!.toList(qparams);
    final int count = dbtagsFuture[0]['CNT'] as int;
    if (dbtagCount != null) {
      dbtagCount(count);
    }
    return count;
  }

  /// This method returns List<DbTag> [DbTag]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbTag>
  @override
  Future<List<DbTag>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbTag> dbtagsData = await DbTag.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbtagsData;
  }

  /// This method returns Json String [DbTag]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbTag]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbTag]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbTag!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbTag]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM tags WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbTag!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbTag]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbTag!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbTag.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbTag!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbTagFilterBuilder

// region DbTagFields
class DbTagFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fColor;
  static TableField get color {
    return _fColor =
        _fColor ?? SqlSyntax.setField(_fColor, 'color', DbType.integer);
  }

  static TableField? _fSortOrder;
  static TableField get sortOrder {
    return _fSortOrder = _fSortOrder ??
        SqlSyntax.setField(_fSortOrder, 'sortOrder', DbType.integer);
  }

  static TableField? _fSystem;
  static TableField get system {
    return _fSystem =
        _fSystem ?? SqlSyntax.setField(_fSystem, 'system', DbType.bool);
  }

  static TableField? _fTagGroupsId;
  static TableField get tagGroupsId {
    return _fTagGroupsId = _fTagGroupsId ??
        SqlSyntax.setField(_fTagGroupsId, 'tagGroupsId', DbType.integer);
  }
}
// endregion DbTagFields

//region DbTagManager
class DbTagManager extends SqfEntityProvider {
  DbTagManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'tags';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbTagManager
// region DbTagGroup
class DbTagGroup extends TableBase {
  DbTagGroup({this.id, this.name, this.color, this.system, this.athletesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbTagGroup.withFields(this.name, this.color, this.system, this.athletesId) {
    _setDefaultValues();
  }
  DbTagGroup.withId(
      this.id, this.name, this.color, this.system, this.athletesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbTagGroup.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['name'] != null) {
      name = o['name'].toString();
    }
    if (o['color'] != null) {
      color = int.tryParse(o['color'].toString());
    }
    if (o['system'] != null) {
      system =
          o['system'].toString() == '1' || o['system'].toString() == 'true';
    }
    athletesId = int.tryParse(o['athletesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbAthlete = o['dbAthlete'] != null
        ? DbAthlete.fromMap(o['dbAthlete'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbTagGroup)
  int? id;
  String? name;
  int? color;
  bool? system;
  int? athletesId;

  // end FIELDS (DbTagGroup)

// RELATIONSHIPS (DbTagGroup)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbAthlete', 'plField2'..]) or so on..
  DbAthlete? plDbAthlete;

  /// get DbAthlete By AthletesId
  Future<DbAthlete?> getDbAthlete(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbAthlete().getById(athletesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbTagGroup)

// COLLECTIONS & VIRTUALS (DbTagGroup)
  /// to load children of items to this field, use preload parameter. Ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTags', 'plField2'..]) or so on..
  List<DbTag>? plDbTags;

  /// get DbTag(s) filtered by id=tagGroupsId
  DbTagFilterBuilder? getDbTags(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    if (id == null) {
      return null;
    }
    return DbTag()
        .select(columnsToSelect: columnsToSelect, getIsDeleted: getIsDeleted)
        .tagGroupsId
        .equals(id)
        .and;
  }

// END COLLECTIONS & VIRTUALS (DbTagGroup)

  static const bool _softDeleteActivated = false;
  DbTagGroupManager? __mnDbTagGroup;

  DbTagGroupManager get _mnDbTagGroup {
    return __mnDbTagGroup = __mnDbTagGroup ?? DbTagGroupManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (name != null || !forView) {
      map['name'] = name;
    }
    if (color != null || !forView) {
      map['color'] = color;
    }
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (athletesId != null) {
      map['athletesId'] = forView
          ? plDbAthlete == null
              ? athletesId
              : plDbAthlete!.state
          : athletesId;
    } else if (athletesId != null || !forView) {
      map['athletesId'] = null;
    }

// COLLECTIONS (DbTagGroup)
    if (!forQuery) {
      map['DbTags'] = await getDbTags()!.toMapList();
    }
// END COLLECTIONS (DbTagGroup)

    return map;
  }

  /// This method returns Json String [DbTagGroup]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbTagGroup]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [name, color, system, athletesId];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [id, name, color, system, athletesId];
  }

  static Future<List<DbTagGroup>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbTagGroup.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbTagGroup>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbTagGroup>[];
    try {
      objList = list
          .map((dbtaggroup) =>
              DbTagGroup.fromMap(dbtaggroup as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbTagGroup.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbTagGroup>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbTagGroup> objList = <DbTagGroup>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbTagGroup.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tagGroups.plDbTags') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTags'))) {
          /*_loadedfields!.add('tagGroups.plDbTags'); */ obj.plDbTags =
              obj.plDbTags ??
                  await obj.getDbTags()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbTagGroup by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbTagGroup] if exist, otherwise returns null
  Future<DbTagGroup?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbTagGroup? obj;
    final data = await _mnDbTagGroup.getById([id]);
    if (data.length != 0) {
      obj = DbTagGroup.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tagGroups.plDbTags') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTags'))) {
          /*_loadedfields!.add('tagGroups.plDbTags'); */ obj.plDbTags =
              obj.plDbTags ??
                  await obj.getDbTags()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbTagGroup) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbTagGroup.insert(this, ignoreBatch);
    } else {
      await _mnDbTagGroup.update(this);
    }

    return id;
  }

  /// Saves the (DbTagGroup) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbTagGroup.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbTagGroup.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbTagGroup. Returns a new Primary Key value of DbTagGroup

  /// <returns>Returns a new Primary Key value of DbTagGroup
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbTagGroup> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbTagGroup> dbtaggroups,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbtaggroups) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbtaggroups.length; i++) {
        if (dbtaggroups[i].id == null) {
          dbtaggroups[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbTagGroup.rawInsert(
          'INSERT OR REPLACE INTO tagGroups (id, name, color, system, athletesId)  VALUES (?,?,?,?,?)',
          [id, name, color, system, athletesId],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbTagGroup id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbTagGroup id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbTagGroup Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbTagGroup>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbTagGroup> dbtaggroups,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbTagGroup.rawInsertAll(
        'INSERT OR REPLACE INTO tagGroups (id, name, color, system, athletesId)  VALUES (?,?,?,?,?)',
        dbtaggroups,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbTagGroup

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbTagGroup invoked (id=$id)');
    var result = BoolResult(success: false);
    {
      result =
          await DbTag().select().tagGroupsId.equals(id).and.delete(hardDelete);
    }
    if (!result.success) {
      return result;
    }
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbTagGroup
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbTagGroup.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbTagGroup] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbTagGroupFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbTagGroupFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbTagGroupFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbTagGroupFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    athletesId = athletesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbtaggroup

// region DbTagGroupField
class DbTagGroupField extends FilterBase {
  DbTagGroupField(DbTagGroupFilterBuilder dbtaggroupFB) : super(dbtaggroupFB);

  @override
  DbTagGroupFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder isNull() {
    return super.isNull() as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbTagGroupFilterBuilder;
  }

  @override
  DbTagGroupField get not {
    return super.not as DbTagGroupField;
  }
}
// endregion DbTagGroupField

// region DbTagGroupFilterBuilder
class DbTagGroupFilterBuilder extends ConjunctionBase {
  DbTagGroupFilterBuilder(DbTagGroup obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbTagGroup = obj._mnDbTagGroup;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbTagGroupManager? _mnDbTagGroup;

  /// put the sql keyword 'AND'
  @override
  DbTagGroupFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbTagGroupFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbTagGroupFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbTagGroupFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbTagGroupFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbTagGroupFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbTagGroupFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbTagGroupFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbTagGroupFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbTagGroupFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbTagGroupFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbTagGroupField _setField(
      DbTagGroupField? field, String colName, DbType dbtype) {
    return DbTagGroupField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbTagGroupField? _id;
  DbTagGroupField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbTagGroupField? _name;
  DbTagGroupField get name {
    return _name = _setField(_name, 'name', DbType.text);
  }

  DbTagGroupField? _color;
  DbTagGroupField get color {
    return _color = _setField(_color, 'color', DbType.integer);
  }

  DbTagGroupField? _system;
  DbTagGroupField get system {
    return _system = _setField(_system, 'system', DbType.bool);
  }

  DbTagGroupField? _athletesId;
  DbTagGroupField get athletesId {
    return _athletesId = _setField(_athletesId, 'athletesId', DbType.integer);
  }

  /// Deletes List<DbTagGroup> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);
    // Delete sub records where in (DbTag) according to DeleteRule.CASCADE
    final idListDbTagBYtagGroupsId = toListPrimaryKeySQL(false);
    final resDbTagBYtagGroupsId = await DbTag()
        .select()
        .where('tagGroupsId IN (${idListDbTagBYtagGroupsId['sql']})',
            parameterValue: idListDbTagBYtagGroupsId['args'])
        .delete(hardDelete);
    if (!resDbTagBYtagGroupsId.success) {
      return resDbTagBYtagGroupsId;
    }

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbTagGroup!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbTagGroup!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from tagGroups ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbTagGroup!.updateBatch(qparams, values);
  }

  /// This method always returns [DbTagGroup] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbTagGroup?
  @override
  Future<DbTagGroup?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbTagGroup!.toList(qparams);
    final data = await objFuture;
    DbTagGroup? obj;
    if (data.isNotEmpty) {
      obj = DbTagGroup.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD CHILD
      if (preload) {
        loadedFields = loadedFields ?? [];
        if (/*!_loadedfields!.contains('tagGroups.plDbTags') && */ (preloadFields ==
                null ||
            preloadFields.contains('plDbTags'))) {
          /*_loadedfields!.add('tagGroups.plDbTags'); */ obj.plDbTags =
              obj.plDbTags ??
                  await obj.getDbTags()!.toList(
                      preload: preload,
                      preloadFields: preloadFields,
                      loadParents: false /*, loadedFields:_loadedFields*/);
        }
      } // END RELATIONSHIPS PRELOAD CHILD

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbAthlete'))) {
          obj.plDbAthlete = obj.plDbAthlete ??
              await obj.getDbAthlete(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbTagGroup]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbTagGroup?
  @override
  Future<DbTagGroup> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbTagGroup();
  }

  /// This method returns int. [DbTagGroup]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dbtaggroupCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbtaggroupsFuture = await _mnDbTagGroup!.toList(qparams);
    final int count = dbtaggroupsFuture[0]['CNT'] as int;
    if (dbtaggroupCount != null) {
      dbtaggroupCount(count);
    }
    return count;
  }

  /// This method returns List<DbTagGroup> [DbTagGroup]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbTagGroup>
  @override
  Future<List<DbTagGroup>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbTagGroup> dbtaggroupsData = await DbTagGroup.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dbtaggroupsData;
  }

  /// This method returns Json String [DbTagGroup]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbTagGroup]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbTagGroup]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbTagGroup!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbTagGroup]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM tagGroups WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbTagGroup!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbTagGroup]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbTagGroup!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbTagGroup.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbTagGroup!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbTagGroupFilterBuilder

// region DbTagGroupFields
class DbTagGroupFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fName;
  static TableField get name {
    return _fName = _fName ?? SqlSyntax.setField(_fName, 'name', DbType.text);
  }

  static TableField? _fColor;
  static TableField get color {
    return _fColor =
        _fColor ?? SqlSyntax.setField(_fColor, 'color', DbType.integer);
  }

  static TableField? _fSystem;
  static TableField get system {
    return _fSystem =
        _fSystem ?? SqlSyntax.setField(_fSystem, 'system', DbType.bool);
  }

  static TableField? _fAthletesId;
  static TableField get athletesId {
    return _fAthletesId = _fAthletesId ??
        SqlSyntax.setField(_fAthletesId, 'athletesId', DbType.integer);
  }
}
// endregion DbTagGroupFields

//region DbTagGroupManager
class DbTagGroupManager extends SqfEntityProvider {
  DbTagGroupManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'tagGroups';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbTagGroupManager
// region DbLapTagging
class DbLapTagging extends TableBase {
  DbLapTagging({this.id, this.system, this.tagsId, this.lapsId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbLapTagging.withFields(this.system, this.tagsId, this.lapsId) {
    _setDefaultValues();
  }
  DbLapTagging.withId(this.id, this.system, this.tagsId, this.lapsId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbLapTagging.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['system'] != null) {
      system =
          o['system'].toString() == '1' || o['system'].toString() == 'true';
    }
    tagsId = int.tryParse(o['tagsId'].toString());

    lapsId = int.tryParse(o['lapsId'].toString());

    // RELATIONSHIPS FromMAP
    plDbTag = o['dbTag'] != null
        ? DbTag.fromMap(o['dbTag'] as Map<String, dynamic>)
        : null;
    plDbLap = o['dbLap'] != null
        ? DbLap.fromMap(o['dbLap'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbLapTagging)
  int? id;
  bool? system;
  int? tagsId;
  int? lapsId;

  // end FIELDS (DbLapTagging)

// RELATIONSHIPS (DbLapTagging)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTag', 'plField2'..]) or so on..
  DbTag? plDbTag;

  /// get DbTag By TagsId
  Future<DbTag?> getDbTag(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbTag()
        .getById(tagsId, loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbLap', 'plField2'..]) or so on..
  DbLap? plDbLap;

  /// get DbLap By LapsId
  Future<DbLap?> getDbLap(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbLap()
        .getById(lapsId, loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbLapTagging)

  static const bool _softDeleteActivated = false;
  DbLapTaggingManager? __mnDbLapTagging;

  DbLapTaggingManager get _mnDbLapTagging {
    return __mnDbLapTagging = __mnDbLapTagging ?? DbLapTaggingManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (lapsId != null) {
      map['lapsId'] = forView
          ? plDbLap == null
              ? lapsId
              : plDbLap!.event
          : lapsId;
    } else if (lapsId != null || !forView) {
      map['lapsId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (lapsId != null) {
      map['lapsId'] = forView
          ? plDbLap == null
              ? lapsId
              : plDbLap!.event
          : lapsId;
    } else if (lapsId != null || !forView) {
      map['lapsId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbLapTagging]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbLapTagging]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [system, tagsId, lapsId];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [id, system, tagsId, lapsId];
  }

  static Future<List<DbLapTagging>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLapTagging.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbLapTagging>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbLapTagging>[];
    try {
      objList = list
          .map((dblaptagging) =>
              DbLapTagging.fromMap(dblaptagging as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLapTagging.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbLapTagging>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbLapTagging> objList = <DbLapTagging>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbLapTagging.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbLapTagging by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbLapTagging] if exist, otherwise returns null
  Future<DbLapTagging?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbLapTagging? obj;
    final data = await _mnDbLapTagging.getById([id]);
    if (data.length != 0) {
      obj = DbLapTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbLapTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLapTagging.insert(this, ignoreBatch);
    } else {
      await _mnDbLapTagging.update(this);
    }

    return id;
  }

  /// Saves the (DbLapTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLapTagging.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbLapTagging.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbLapTagging. Returns a new Primary Key value of DbLapTagging

  /// <returns>Returns a new Primary Key value of DbLapTagging
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbLapTagging> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbLapTagging> dblaptaggings,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dblaptaggings) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dblaptaggings.length; i++) {
        if (dblaptaggings[i].id == null) {
          dblaptaggings[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbLapTagging.rawInsert(
          'INSERT OR REPLACE INTO lapTaggings (id, system, tagsId, lapsId)  VALUES (?,?,?,?)',
          [id, system, tagsId, lapsId],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbLapTagging id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbLapTagging id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbLapTagging Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbLapTagging>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbLapTagging> dblaptaggings,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbLapTagging.rawInsertAll(
        'INSERT OR REPLACE INTO lapTaggings (id, system, tagsId, lapsId)  VALUES (?,?,?,?)',
        dblaptaggings,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbLapTagging

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbLapTagging invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbLapTagging
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbLapTagging.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbLapTagging] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbLapTaggingFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLapTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbLapTaggingFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLapTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    tagsId = tagsId ?? 0;
    lapsId = lapsId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dblaptagging

// region DbLapTaggingField
class DbLapTaggingField extends FilterBase {
  DbLapTaggingField(DbLapTaggingFilterBuilder dblaptaggingFB)
      : super(dblaptaggingFB);

  @override
  DbLapTaggingFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder isNull() {
    return super.isNull() as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbLapTaggingFilterBuilder;
  }

  @override
  DbLapTaggingField get not {
    return super.not as DbLapTaggingField;
  }
}
// endregion DbLapTaggingField

// region DbLapTaggingFilterBuilder
class DbLapTaggingFilterBuilder extends ConjunctionBase {
  DbLapTaggingFilterBuilder(DbLapTagging obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbLapTagging = obj._mnDbLapTagging;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbLapTaggingManager? _mnDbLapTagging;

  /// put the sql keyword 'AND'
  @override
  DbLapTaggingFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbLapTaggingFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbLapTaggingFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbLapTaggingFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbLapTaggingFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbLapTaggingFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbLapTaggingFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLapTaggingFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLapTaggingFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLapTaggingFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLapTaggingFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbLapTaggingField _setField(
      DbLapTaggingField? field, String colName, DbType dbtype) {
    return DbLapTaggingField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbLapTaggingField? _id;
  DbLapTaggingField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbLapTaggingField? _system;
  DbLapTaggingField get system {
    return _system = _setField(_system, 'system', DbType.bool);
  }

  DbLapTaggingField? _tagsId;
  DbLapTaggingField get tagsId {
    return _tagsId = _setField(_tagsId, 'tagsId', DbType.integer);
  }

  DbLapTaggingField? _lapsId;
  DbLapTaggingField get lapsId {
    return _lapsId = _setField(_lapsId, 'lapsId', DbType.integer);
  }

  /// Deletes List<DbLapTagging> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbLapTagging!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbLapTagging!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from lapTaggings ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbLapTagging!.updateBatch(qparams, values);
  }

  /// This method always returns [DbLapTagging] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLapTagging?
  @override
  Future<DbLapTagging?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbLapTagging!.toList(qparams);
    final data = await objFuture;
    DbLapTagging? obj;
    if (data.isNotEmpty) {
      obj = DbLapTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbLap'))) {
          obj.plDbLap =
              obj.plDbLap ?? await obj.getDbLap(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbLapTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLapTagging?
  @override
  Future<DbLapTagging> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbLapTagging();
  }

  /// This method returns int. [DbLapTagging]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dblaptaggingCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dblaptaggingsFuture = await _mnDbLapTagging!.toList(qparams);
    final int count = dblaptaggingsFuture[0]['CNT'] as int;
    if (dblaptaggingCount != null) {
      dblaptaggingCount(count);
    }
    return count;
  }

  /// This method returns List<DbLapTagging> [DbLapTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbLapTagging>
  @override
  Future<List<DbLapTagging>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbLapTagging> dblaptaggingsData = await DbLapTagging.fromMapList(
        data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dblaptaggingsData;
  }

  /// This method returns Json String [DbLapTagging]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbLapTagging]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbLapTagging]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbLapTagging!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbLapTagging]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM lapTaggings WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbLapTagging!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbLapTagging]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbLapTagging!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbLapTagging.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbLapTagging!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbLapTaggingFilterBuilder

// region DbLapTaggingFields
class DbLapTaggingFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fSystem;
  static TableField get system {
    return _fSystem =
        _fSystem ?? SqlSyntax.setField(_fSystem, 'system', DbType.bool);
  }

  static TableField? _fTagsId;
  static TableField get tagsId {
    return _fTagsId =
        _fTagsId ?? SqlSyntax.setField(_fTagsId, 'tagsId', DbType.integer);
  }

  static TableField? _fLapsId;
  static TableField get lapsId {
    return _fLapsId =
        _fLapsId ?? SqlSyntax.setField(_fLapsId, 'lapsId', DbType.integer);
  }
}
// endregion DbLapTaggingFields

//region DbLapTaggingManager
class DbLapTaggingManager extends SqfEntityProvider {
  DbLapTaggingManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'lapTaggings';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbLapTaggingManager
// region DbActivityTagging
class DbActivityTagging extends TableBase {
  DbActivityTagging({this.id, this.system, this.tagsId, this.activitiesId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbActivityTagging.withFields(this.system, this.tagsId, this.activitiesId) {
    _setDefaultValues();
  }
  DbActivityTagging.withId(
      this.id, this.system, this.tagsId, this.activitiesId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbActivityTagging.fromMap(Map<String, dynamic> o,
      {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['system'] != null) {
      system =
          o['system'].toString() == '1' || o['system'].toString() == 'true';
    }
    tagsId = int.tryParse(o['tagsId'].toString());

    activitiesId = int.tryParse(o['activitiesId'].toString());

    // RELATIONSHIPS FromMAP
    plDbTag = o['dbTag'] != null
        ? DbTag.fromMap(o['dbTag'] as Map<String, dynamic>)
        : null;
    plDbActivity = o['dbActivity'] != null
        ? DbActivity.fromMap(o['dbActivity'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbActivityTagging)
  int? id;
  bool? system;
  int? tagsId;
  int? activitiesId;

  // end FIELDS (DbActivityTagging)

// RELATIONSHIPS (DbActivityTagging)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTag', 'plField2'..]) or so on..
  DbTag? plDbTag;

  /// get DbTag By TagsId
  Future<DbTag?> getDbTag(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbTag()
        .getById(tagsId, loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbActivity', 'plField2'..]) or so on..
  DbActivity? plDbActivity;

  /// get DbActivity By ActivitiesId
  Future<DbActivity?> getDbActivity(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbActivity().getById(activitiesId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbActivityTagging)

  static const bool _softDeleteActivated = false;
  DbActivityTaggingManager? __mnDbActivityTagging;

  DbActivityTaggingManager get _mnDbActivityTagging {
    return __mnDbActivityTagging =
        __mnDbActivityTagging ?? DbActivityTaggingManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (activitiesId != null) {
      map['activitiesId'] = forView
          ? plDbActivity == null
              ? activitiesId
              : plDbActivity!.state
          : activitiesId;
    } else if (activitiesId != null || !forView) {
      map['activitiesId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbActivityTagging]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbActivityTagging]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [system, tagsId, activitiesId];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [id, system, tagsId, activitiesId];
  }

  static Future<List<DbActivityTagging>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbActivityTagging.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbActivityTagging>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbActivityTagging>[];
    try {
      objList = list
          .map((dbactivitytagging) => DbActivityTagging.fromMap(
              dbactivitytagging as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbActivityTagging.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbActivityTagging>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbActivityTagging> objList = <DbActivityTagging>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbActivityTagging.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbActivityTagging by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbActivityTagging] if exist, otherwise returns null
  Future<DbActivityTagging?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbActivityTagging? obj;
    final data = await _mnDbActivityTagging.getById([id]);
    if (data.length != 0) {
      obj = DbActivityTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbActivityTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbActivityTagging.insert(this, ignoreBatch);
    } else {
      await _mnDbActivityTagging.update(this);
    }

    return id;
  }

  /// Saves the (DbActivityTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbActivityTagging.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbActivityTagging.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbActivityTagging. Returns a new Primary Key value of DbActivityTagging

  /// <returns>Returns a new Primary Key value of DbActivityTagging
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbActivityTagging> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(
      List<DbActivityTagging> dbactivitytaggings,
      {bool? exclusive,
      bool? noResult,
      bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbactivitytaggings) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbactivitytaggings.length; i++) {
        if (dbactivitytaggings[i].id == null) {
          dbactivitytaggings[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbActivityTagging.rawInsert(
          'INSERT OR REPLACE INTO activityTaggings (id, system, tagsId, activitiesId)  VALUES (?,?,?,?)',
          [id, system, tagsId, activitiesId],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbActivityTagging id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false,
            errorMessage: 'DbActivityTagging id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage:
              'DbActivityTagging Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbActivityTagging>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbActivityTagging> dbactivitytaggings,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbActivityTagging.rawInsertAll(
        'INSERT OR REPLACE INTO activityTaggings (id, system, tagsId, activitiesId)  VALUES (?,?,?,?)',
        dbactivitytaggings,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbActivityTagging

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbActivityTagging invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbActivityTagging
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbActivityTagging.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbActivityTagging] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbActivityTaggingFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbActivityTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbActivityTaggingFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbActivityTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    tagsId = tagsId ?? 0;
    activitiesId = activitiesId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbactivitytagging

// region DbActivityTaggingField
class DbActivityTaggingField extends FilterBase {
  DbActivityTaggingField(DbActivityTaggingFilterBuilder dbactivitytaggingFB)
      : super(dbactivitytaggingFB);

  @override
  DbActivityTaggingFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder isNull() {
    return super.isNull() as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbActivityTaggingFilterBuilder;
  }

  @override
  DbActivityTaggingField get not {
    return super.not as DbActivityTaggingField;
  }
}
// endregion DbActivityTaggingField

// region DbActivityTaggingFilterBuilder
class DbActivityTaggingFilterBuilder extends ConjunctionBase {
  DbActivityTaggingFilterBuilder(DbActivityTagging obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbActivityTagging = obj._mnDbActivityTagging;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbActivityTaggingManager? _mnDbActivityTagging;

  /// put the sql keyword 'AND'
  @override
  DbActivityTaggingFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbActivityTaggingFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbActivityTaggingFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbActivityTaggingFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbActivityTaggingFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbActivityTaggingFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbActivityTaggingFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbActivityTaggingFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbActivityTaggingFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbActivityTaggingFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbActivityTaggingFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbActivityTaggingField _setField(
      DbActivityTaggingField? field, String colName, DbType dbtype) {
    return DbActivityTaggingField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbActivityTaggingField? _id;
  DbActivityTaggingField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbActivityTaggingField? _system;
  DbActivityTaggingField get system {
    return _system = _setField(_system, 'system', DbType.bool);
  }

  DbActivityTaggingField? _tagsId;
  DbActivityTaggingField get tagsId {
    return _tagsId = _setField(_tagsId, 'tagsId', DbType.integer);
  }

  DbActivityTaggingField? _activitiesId;
  DbActivityTaggingField get activitiesId {
    return _activitiesId =
        _setField(_activitiesId, 'activitiesId', DbType.integer);
  }

  /// Deletes List<DbActivityTagging> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbActivityTagging!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbActivityTagging!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from activityTaggings ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbActivityTagging!.updateBatch(qparams, values);
  }

  /// This method always returns [DbActivityTagging] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbActivityTagging?
  @override
  Future<DbActivityTagging?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbActivityTagging!.toList(qparams);
    final data = await objFuture;
    DbActivityTagging? obj;
    if (data.isNotEmpty) {
      obj = DbActivityTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbActivity'))) {
          obj.plDbActivity = obj.plDbActivity ??
              await obj.getDbActivity(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbActivityTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbActivityTagging?
  @override
  Future<DbActivityTagging> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbActivityTagging();
  }

  /// This method returns int. [DbActivityTagging]
  /// <returns>int
  @override
  Future<int> toCount(
      [VoidCallback Function(int c)? dbactivitytaggingCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbactivitytaggingsFuture =
        await _mnDbActivityTagging!.toList(qparams);
    final int count = dbactivitytaggingsFuture[0]['CNT'] as int;
    if (dbactivitytaggingCount != null) {
      dbactivitytaggingCount(count);
    }
    return count;
  }

  /// This method returns List<DbActivityTagging> [DbActivityTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbActivityTagging>
  @override
  Future<List<DbActivityTagging>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbActivityTagging> dbactivitytaggingsData =
        await DbActivityTagging.fromMapList(data,
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields,
            setDefaultValues: qparams.selectColumns == null);
    return dbactivitytaggingsData;
  }

  /// This method returns Json String [DbActivityTagging]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbActivityTagging]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbActivityTagging]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbActivityTagging!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbActivityTagging]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM activityTaggings WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbActivityTagging!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbActivityTagging]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbActivityTagging!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbActivityTagging.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbActivityTagging!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbActivityTaggingFilterBuilder

// region DbActivityTaggingFields
class DbActivityTaggingFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fSystem;
  static TableField get system {
    return _fSystem =
        _fSystem ?? SqlSyntax.setField(_fSystem, 'system', DbType.bool);
  }

  static TableField? _fTagsId;
  static TableField get tagsId {
    return _fTagsId =
        _fTagsId ?? SqlSyntax.setField(_fTagsId, 'tagsId', DbType.integer);
  }

  static TableField? _fActivitiesId;
  static TableField get activitiesId {
    return _fActivitiesId = _fActivitiesId ??
        SqlSyntax.setField(_fActivitiesId, 'activitiesId', DbType.integer);
  }
}
// endregion DbActivityTaggingFields

//region DbActivityTaggingManager
class DbActivityTaggingManager extends SqfEntityProvider {
  DbActivityTaggingManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'activityTaggings';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbActivityTaggingManager
// region DbIntervalTagging
class DbIntervalTagging extends TableBase {
  DbIntervalTagging({this.id, this.system, this.tagsId, this.intervalsId}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbIntervalTagging.withFields(this.system, this.tagsId, this.intervalsId) {
    _setDefaultValues();
  }
  DbIntervalTagging.withId(
      this.id, this.system, this.tagsId, this.intervalsId) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbIntervalTagging.fromMap(Map<String, dynamic> o,
      {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['system'] != null) {
      system =
          o['system'].toString() == '1' || o['system'].toString() == 'true';
    }
    tagsId = int.tryParse(o['tagsId'].toString());

    intervalsId = int.tryParse(o['intervalsId'].toString());

    // RELATIONSHIPS FromMAP
    plDbTag = o['dbTag'] != null
        ? DbTag.fromMap(o['dbTag'] as Map<String, dynamic>)
        : null;
    plDbInterval = o['dbInterval'] != null
        ? DbInterval.fromMap(o['dbInterval'] as Map<String, dynamic>)
        : null;
    // END RELATIONSHIPS FromMAP
  }
  // FIELDS (DbIntervalTagging)
  int? id;
  bool? system;
  int? tagsId;
  int? intervalsId;

  // end FIELDS (DbIntervalTagging)

// RELATIONSHIPS (DbIntervalTagging)
  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbTag', 'plField2'..]) or so on..
  DbTag? plDbTag;

  /// get DbTag By TagsId
  Future<DbTag?> getDbTag(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbTag()
        .getById(tagsId, loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }

  /// to load parent of items to this field, use preload parameter ex: toList(preload:true) or toSingle(preload:true) or getById(preload:true)
  /// You can also specify this object into certain preload fields!. Ex: toList(preload:true, preloadFields:['plDbInterval', 'plField2'..]) or so on..
  DbInterval? plDbInterval;

  /// get DbInterval By IntervalsId
  Future<DbInterval?> getDbInterval(
      {bool loadParents = false, List<String>? loadedFields}) async {
    final _obj = await DbInterval().getById(intervalsId,
        loadParents: loadParents, loadedFields: loadedFields);
    return _obj;
  }
  // END RELATIONSHIPS (DbIntervalTagging)

  static const bool _softDeleteActivated = false;
  DbIntervalTaggingManager? __mnDbIntervalTagging;

  DbIntervalTaggingManager get _mnDbIntervalTagging {
    return __mnDbIntervalTagging =
        __mnDbIntervalTagging ?? DbIntervalTaggingManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (intervalsId != null) {
      map['intervalsId'] = forView
          ? plDbInterval == null
              ? intervalsId
              : plDbInterval!.id
          : intervalsId;
    } else if (intervalsId != null || !forView) {
      map['intervalsId'] = null;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (system != null) {
      map['system'] = forQuery ? (system! ? 1 : 0) : system;
    } else if (system != null || !forView) {
      map['system'] = null;
    }
    if (tagsId != null) {
      map['tagsId'] = forView
          ? plDbTag == null
              ? tagsId
              : plDbTag!.name
          : tagsId;
    } else if (tagsId != null || !forView) {
      map['tagsId'] = null;
    }
    if (intervalsId != null) {
      map['intervalsId'] = forView
          ? plDbInterval == null
              ? intervalsId
              : plDbInterval!.id
          : intervalsId;
    } else if (intervalsId != null || !forView) {
      map['intervalsId'] = null;
    }

    return map;
  }

  /// This method returns Json String [DbIntervalTagging]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbIntervalTagging]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [system, tagsId, intervalsId];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [id, system, tagsId, intervalsId];
  }

  static Future<List<DbIntervalTagging>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbIntervalTagging.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbIntervalTagging>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbIntervalTagging>[];
    try {
      objList = list
          .map((dbintervaltagging) => DbIntervalTagging.fromMap(
              dbintervaltagging as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbIntervalTagging.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbIntervalTagging>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbIntervalTagging> objList = <DbIntervalTagging>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbIntervalTagging.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);
      // final List<String> _loadedFields = List<String>.from(loadedFields);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbInterval'))) {
          obj.plDbInterval = obj.plDbInterval ??
              await obj.getDbInterval(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbIntervalTagging by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbIntervalTagging] if exist, otherwise returns null
  Future<DbIntervalTagging?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbIntervalTagging? obj;
    final data = await _mnDbIntervalTagging.getById([id]);
    if (data.length != 0) {
      obj = DbIntervalTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbInterval'))) {
          obj.plDbInterval = obj.plDbInterval ??
              await obj.getDbInterval(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbIntervalTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbIntervalTagging.insert(this, ignoreBatch);
    } else {
      await _mnDbIntervalTagging.update(this);
    }

    return id;
  }

  /// Saves the (DbIntervalTagging) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbIntervalTagging.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbIntervalTagging.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbIntervalTagging. Returns a new Primary Key value of DbIntervalTagging

  /// <returns>Returns a new Primary Key value of DbIntervalTagging
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbIntervalTagging> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(
      List<DbIntervalTagging> dbintervaltaggings,
      {bool? exclusive,
      bool? noResult,
      bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dbintervaltaggings) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dbintervaltaggings.length; i++) {
        if (dbintervaltaggings[i].id == null) {
          dbintervaltaggings[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbIntervalTagging.rawInsert(
          'INSERT OR REPLACE INTO intervalTaggings (id, system, tagsId, intervalsId)  VALUES (?,?,?,?)',
          [id, system, tagsId, intervalsId],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true,
            successMessage: 'DbIntervalTagging id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false,
            errorMessage: 'DbIntervalTagging id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage:
              'DbIntervalTagging Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbIntervalTagging>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbIntervalTagging> dbintervaltaggings,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbIntervalTagging.rawInsertAll(
        'INSERT OR REPLACE INTO intervalTaggings (id, system, tagsId, intervalsId)  VALUES (?,?,?,?)',
        dbintervaltaggings,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbIntervalTagging

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbIntervalTagging invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbIntervalTagging
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbIntervalTagging.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbIntervalTagging] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbIntervalTaggingFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbIntervalTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbIntervalTaggingFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbIntervalTaggingFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {
    tagsId = tagsId ?? 0;
    intervalsId = intervalsId ?? 0;
  }

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dbintervaltagging

// region DbIntervalTaggingField
class DbIntervalTaggingField extends FilterBase {
  DbIntervalTaggingField(DbIntervalTaggingFilterBuilder dbintervaltaggingFB)
      : super(dbintervaltaggingFB);

  @override
  DbIntervalTaggingFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder isNull() {
    return super.isNull() as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbIntervalTaggingFilterBuilder;
  }

  @override
  DbIntervalTaggingField get not {
    return super.not as DbIntervalTaggingField;
  }
}
// endregion DbIntervalTaggingField

// region DbIntervalTaggingFilterBuilder
class DbIntervalTaggingFilterBuilder extends ConjunctionBase {
  DbIntervalTaggingFilterBuilder(DbIntervalTagging obj, bool? getIsDeleted)
      : super(obj, getIsDeleted) {
    _mnDbIntervalTagging = obj._mnDbIntervalTagging;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbIntervalTaggingManager? _mnDbIntervalTagging;

  /// put the sql keyword 'AND'
  @override
  DbIntervalTaggingFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbIntervalTaggingFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbIntervalTaggingFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbIntervalTaggingFilterBuilder where(String? whereCriteria,
      {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbIntervalTaggingFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbIntervalTaggingFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbIntervalTaggingFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbIntervalTaggingFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbIntervalTaggingFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbIntervalTaggingFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbIntervalTaggingFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbIntervalTaggingField _setField(
      DbIntervalTaggingField? field, String colName, DbType dbtype) {
    return DbIntervalTaggingField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbIntervalTaggingField? _id;
  DbIntervalTaggingField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbIntervalTaggingField? _system;
  DbIntervalTaggingField get system {
    return _system = _setField(_system, 'system', DbType.bool);
  }

  DbIntervalTaggingField? _tagsId;
  DbIntervalTaggingField get tagsId {
    return _tagsId = _setField(_tagsId, 'tagsId', DbType.integer);
  }

  DbIntervalTaggingField? _intervalsId;
  DbIntervalTaggingField get intervalsId {
    return _intervalsId =
        _setField(_intervalsId, 'intervalsId', DbType.integer);
  }

  /// Deletes List<DbIntervalTagging> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbIntervalTagging!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbIntervalTagging!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from intervalTaggings ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbIntervalTagging!.updateBatch(qparams, values);
  }

  /// This method always returns [DbIntervalTagging] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbIntervalTagging?
  @override
  Future<DbIntervalTagging?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbIntervalTagging!.toList(qparams);
    final data = await objFuture;
    DbIntervalTagging? obj;
    if (data.isNotEmpty) {
      obj = DbIntervalTagging.fromMap(data[0] as Map<String, dynamic>);

      // RELATIONSHIPS PRELOAD
      if (preload || loadParents) {
        loadedFields = loadedFields ?? [];
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbTag'))) {
          obj.plDbTag =
              obj.plDbTag ?? await obj.getDbTag(loadParents: loadParents);
        }
        if ((preloadFields == null ||
            loadParents ||
            preloadFields.contains('plDbInterval'))) {
          obj.plDbInterval = obj.plDbInterval ??
              await obj.getDbInterval(loadParents: loadParents);
        }
      } // END RELATIONSHIPS PRELOAD
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbIntervalTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbIntervalTagging?
  @override
  Future<DbIntervalTagging> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbIntervalTagging();
  }

  /// This method returns int. [DbIntervalTagging]
  /// <returns>int
  @override
  Future<int> toCount(
      [VoidCallback Function(int c)? dbintervaltaggingCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dbintervaltaggingsFuture =
        await _mnDbIntervalTagging!.toList(qparams);
    final int count = dbintervaltaggingsFuture[0]['CNT'] as int;
    if (dbintervaltaggingCount != null) {
      dbintervaltaggingCount(count);
    }
    return count;
  }

  /// This method returns List<DbIntervalTagging> [DbIntervalTagging]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbIntervalTagging>
  @override
  Future<List<DbIntervalTagging>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbIntervalTagging> dbintervaltaggingsData =
        await DbIntervalTagging.fromMapList(data,
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields,
            setDefaultValues: qparams.selectColumns == null);
    return dbintervaltaggingsData;
  }

  /// This method returns Json String [DbIntervalTagging]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbIntervalTagging]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbIntervalTagging]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbIntervalTagging!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbIntervalTagging]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] =
        'SELECT `id` FROM intervalTaggings WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbIntervalTagging!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbIntervalTagging]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbIntervalTagging!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbIntervalTagging.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbIntervalTagging!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbIntervalTaggingFilterBuilder

// region DbIntervalTaggingFields
class DbIntervalTaggingFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fSystem;
  static TableField get system {
    return _fSystem =
        _fSystem ?? SqlSyntax.setField(_fSystem, 'system', DbType.bool);
  }

  static TableField? _fTagsId;
  static TableField get tagsId {
    return _fTagsId =
        _fTagsId ?? SqlSyntax.setField(_fTagsId, 'tagsId', DbType.integer);
  }

  static TableField? _fIntervalsId;
  static TableField get intervalsId {
    return _fIntervalsId = _fIntervalsId ??
        SqlSyntax.setField(_fIntervalsId, 'intervalsId', DbType.integer);
  }
}
// endregion DbIntervalTaggingFields

//region DbIntervalTaggingManager
class DbIntervalTaggingManager extends SqfEntityProvider {
  DbIntervalTaggingManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'intervalTaggings';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbIntervalTaggingManager
// region DbLog
class DbLog extends TableBase {
  DbLog(
      {this.id,
      this.dateTime,
      this.message,
      this.method,
      this.comment,
      this.stackTrace}) {
    _setDefaultValues();
    softDeleteActivated = false;
  }
  DbLog.withFields(
      this.dateTime, this.message, this.method, this.comment, this.stackTrace) {
    _setDefaultValues();
  }
  DbLog.withId(this.id, this.dateTime, this.message, this.method, this.comment,
      this.stackTrace) {
    _setDefaultValues();
  }
  // fromMap v2.0
  DbLog.fromMap(Map<String, dynamic> o, {bool setDefaultValues = true}) {
    if (setDefaultValues) {
      _setDefaultValues();
    }
    id = int.tryParse(o['id'].toString());
    if (o['dateTime'] != null) {
      dateTime = int.tryParse(o['dateTime'].toString()) != null
          ? DateTime.fromMillisecondsSinceEpoch(
              int.tryParse(o['dateTime'].toString())!)
          : DateTime.tryParse(o['dateTime'].toString());
    }
    if (o['message'] != null) {
      message = o['message'].toString();
    }
    if (o['method'] != null) {
      method = o['method'].toString();
    }
    if (o['comment'] != null) {
      comment = o['comment'].toString();
    }
    if (o['stackTrace'] != null) {
      stackTrace = o['stackTrace'].toString();
    }
  }
  // FIELDS (DbLog)
  int? id;
  DateTime? dateTime;
  String? message;
  String? method;
  String? comment;
  String? stackTrace;

  // end FIELDS (DbLog)

  static const bool _softDeleteActivated = false;
  DbLogManager? __mnDbLog;

  DbLogManager get _mnDbLog {
    return __mnDbLog = __mnDbLog ?? DbLogManager();
  }

  // METHODS
  @override
  Map<String, dynamic> toMap(
      {bool forQuery = false, bool forJson = false, bool forView = false}) {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (dateTime != null) {
      map['dateTime'] = forJson
          ? dateTime!.toString()
          : forQuery
              ? dateTime!.millisecondsSinceEpoch
              : dateTime;
    } else if (dateTime != null || !forView) {
      map['dateTime'] = null;
    }
    if (message != null || !forView) {
      map['message'] = message;
    }
    if (method != null || !forView) {
      map['method'] = method;
    }
    if (comment != null || !forView) {
      map['comment'] = comment;
    }
    if (stackTrace != null || !forView) {
      map['stackTrace'] = stackTrace;
    }

    return map;
  }

  @override
  Future<Map<String, dynamic>> toMapWithChildren(
      [bool forQuery = false,
      bool forJson = false,
      bool forView = false]) async {
    final map = <String, dynamic>{};
    map['id'] = id;
    if (dateTime != null) {
      map['dateTime'] = forJson
          ? dateTime!.toString()
          : forQuery
              ? dateTime!.millisecondsSinceEpoch
              : dateTime;
    } else if (dateTime != null || !forView) {
      map['dateTime'] = null;
    }
    if (message != null || !forView) {
      map['message'] = message;
    }
    if (method != null || !forView) {
      map['method'] = method;
    }
    if (comment != null || !forView) {
      map['comment'] = comment;
    }
    if (stackTrace != null || !forView) {
      map['stackTrace'] = stackTrace;
    }

    return map;
  }

  /// This method returns Json String [DbLog]
  @override
  String toJson() {
    return json.encode(toMap(forJson: true));
  }

  /// This method returns Json String [DbLog]
  @override
  Future<String> toJsonWithChilds() async {
    return json.encode(await toMapWithChildren(false, true));
  }

  @override
  List<dynamic> toArgs() {
    return [
      dateTime != null ? dateTime!.millisecondsSinceEpoch : null,
      message,
      method,
      comment,
      stackTrace
    ];
  }

  @override
  List<dynamic> toArgsWithIds() {
    return [
      id,
      dateTime != null ? dateTime!.millisecondsSinceEpoch : null,
      message,
      method,
      comment,
      stackTrace
    ];
  }

  static Future<List<DbLog>?> fromWebUrl(Uri uri,
      {Map<String, String>? headers}) async {
    try {
      final response = await http.get(uri, headers: headers);
      return await fromJson(response.body);
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLog.fromWebUrl: ErrorMessage: ${e.toString()}');
      return null;
    }
  }

  Future<http.Response> postUrl(Uri uri, {Map<String, String>? headers}) {
    return http.post(uri, headers: headers, body: toJson());
  }

  static Future<List<DbLog>> fromJson(String jsonBody) async {
    final Iterable list = await json.decode(jsonBody) as Iterable;
    var objList = <DbLog>[];
    try {
      objList = list
          .map((dblog) => DbLog.fromMap(dblog as Map<String, dynamic>))
          .toList();
    } catch (e) {
      debugPrint(
          'SQFENTITY ERROR DbLog.fromJson: ErrorMessage: ${e.toString()}');
    }
    return objList;
  }

  static Future<List<DbLog>> fromMapList(List<dynamic> data,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields,
      bool setDefaultValues = true}) async {
    final List<DbLog> objList = <DbLog>[];
    loadedFields = loadedFields ?? [];
    for (final map in data) {
      final obj = DbLog.fromMap(map as Map<String, dynamic>,
          setDefaultValues: setDefaultValues);

      objList.add(obj);
    }
    return objList;
  }

  /// returns DbLog by ID if exist, otherwise returns null
  /// Primary Keys: int? id
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: getById(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: getById(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>returns [DbLog] if exist, otherwise returns null
  Future<DbLog?> getById(int? id,
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    if (id == null) {
      return null;
    }
    DbLog? obj;
    final data = await _mnDbLog.getById([id]);
    if (data.length != 0) {
      obj = DbLog.fromMap(data[0] as Map<String, dynamic>);
    } else {
      obj = null;
    }
    return obj;
  }

  /// Saves the (DbLog) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> save({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLog.insert(this, ignoreBatch);
    } else {
      await _mnDbLog.update(this);
    }

    return id;
  }

  /// Saves the (DbLog) object. If the id field is null, saves as a new record and returns new id, if id is not null then updates record
  /// ignoreBatch = true as a default. Set ignoreBatch to false if you run more than one save() operation those are between batchStart and batchCommit
  /// <returns>Returns id
  @override
  Future<int?> saveOrThrow({bool ignoreBatch = true}) async {
    if (id == null || id == 0) {
      id = await _mnDbLog.insertOrThrow(this, ignoreBatch);

      isInsert = true;
    } else {
      // id= await _upsert(); // removed in sqfentity_gen 1.3.0+6
      await _mnDbLog.updateOrThrow(this);
    }

    return id;
  }

  /// saveAs DbLog. Returns a new Primary Key value of DbLog

  /// <returns>Returns a new Primary Key value of DbLog
  @override
  Future<int?> saveAs({bool ignoreBatch = true}) async {
    id = null;

    return save(ignoreBatch: ignoreBatch);
  }

  /// saveAll method saves the sent List<DbLog> as a bulk in one transaction
  /// Returns a <List<BoolResult>>
  static Future<List<dynamic>> saveAll(List<DbLog> dblogs,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    List<dynamic>? result = [];
    // If there is no open transaction, start one
    final isStartedBatch = await DbEncrateia().batchStart();
    for (final obj in dblogs) {
      await obj.save(ignoreBatch: false);
    }
    if (!isStartedBatch) {
      result = await DbEncrateia().batchCommit(
          exclusive: exclusive,
          noResult: noResult,
          continueOnError: continueOnError);
      for (int i = 0; i < dblogs.length; i++) {
        if (dblogs[i].id == null) {
          dblogs[i].id = result![i] as int;
        }
      }
    }
    return result!;
  }

  /// Updates if the record exists, otherwise adds a new row
  /// <returns>Returns id
  @override
  Future<int?> upsert({bool ignoreBatch = true}) async {
    try {
      final result = await _mnDbLog.rawInsert(
          'INSERT OR REPLACE INTO logs (id, dateTime, message, method, comment, stackTrace)  VALUES (?,?,?,?,?,?)',
          [
            id,
            dateTime != null ? dateTime!.millisecondsSinceEpoch : null,
            message,
            method,
            comment,
            stackTrace
          ],
          ignoreBatch);
      if (result! > 0) {
        saveResult = BoolResult(
            success: true, successMessage: 'DbLog id=$id updated successfully');
      } else {
        saveResult = BoolResult(
            success: false, errorMessage: 'DbLog id=$id did not update');
      }
      return id;
    } catch (e) {
      saveResult = BoolResult(
          success: false,
          errorMessage: 'DbLog Save failed. Error: ${e.toString()}');
      return null;
    }
  }

  /// inserts or replaces the sent List<<DbLog>> as a bulk in one transaction.
  /// upsertAll() method is faster then saveAll() method. upsertAll() should be used when you are sure that the primary key is greater than zero
  /// Returns a BoolCommitResult
  @override
  Future<BoolCommitResult> upsertAll(List<DbLog> dblogs,
      {bool? exclusive, bool? noResult, bool? continueOnError}) async {
    final results = await _mnDbLog.rawInsertAll(
        'INSERT OR REPLACE INTO logs (id, dateTime, message, method, comment, stackTrace)  VALUES (?,?,?,?,?,?)',
        dblogs,
        exclusive: exclusive,
        noResult: noResult,
        continueOnError: continueOnError);
    return results;
  }

  /// Deletes DbLog

  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    debugPrint('SQFENTITIY: delete DbLog invoked (id=$id)');
    if (!_softDeleteActivated || hardDelete) {
      return _mnDbLog
          .delete(QueryParams(whereString: 'id=?', whereArguments: [id]));
    } else {
      return _mnDbLog.updateBatch(
          QueryParams(whereString: 'id=?', whereArguments: [id]),
          {'isDeleted': 1});
    }
  }

  @override
  Future<BoolResult> recover([bool recoverChilds = true]) {
    // not implemented because:
    final msg =
        'set useSoftDeleting:true in the table definition of [DbLog] to use this feature';
    throw UnimplementedError(msg);
  }

  @override
  DbLogFilterBuilder select(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLogFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect;
  }

  @override
  DbLogFilterBuilder distinct(
      {List<String>? columnsToSelect, bool? getIsDeleted}) {
    return DbLogFilterBuilder(this, getIsDeleted)
      ..qparams.selectColumns = columnsToSelect
      ..qparams.distinct = true;
  }

  void _setDefaultValues() {}

  @override
  void rollbackPk() {
    if (isInsert == true) {
      id = null;
    }
  }

  // END METHODS
  // BEGIN CUSTOM CODE
  /*
      you can define customCode property of your SqfEntityTable constant. For example:
      const tablePerson = SqfEntityTable(
      tableName: 'person',
      primaryKeyName: 'id',
      primaryKeyType: PrimaryKeyType.integer_auto_incremental,
      fields: [
        SqfEntityField('firstName', DbType.text),
        SqfEntityField('lastName', DbType.text),
      ],
      customCode: '''
       String fullName()
       { 
         return '$firstName $lastName';
       }
      ''');
     */
  // END CUSTOM CODE
}
// endregion dblog

// region DbLogField
class DbLogField extends FilterBase {
  DbLogField(DbLogFilterBuilder dblogFB) : super(dblogFB);

  @override
  DbLogFilterBuilder equals(dynamic pValue) {
    return super.equals(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder equalsOrNull(dynamic pValue) {
    return super.equalsOrNull(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder isNull() {
    return super.isNull() as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder contains(dynamic pValue) {
    return super.contains(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder startsWith(dynamic pValue) {
    return super.startsWith(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder endsWith(dynamic pValue) {
    return super.endsWith(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder between(dynamic pFirst, dynamic pLast) {
    return super.between(pFirst, pLast) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder greaterThan(dynamic pValue) {
    return super.greaterThan(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder lessThan(dynamic pValue) {
    return super.lessThan(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder greaterThanOrEquals(dynamic pValue) {
    return super.greaterThanOrEquals(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder lessThanOrEquals(dynamic pValue) {
    return super.lessThanOrEquals(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogFilterBuilder inValues(dynamic pValue) {
    return super.inValues(pValue) as DbLogFilterBuilder;
  }

  @override
  DbLogField get not {
    return super.not as DbLogField;
  }
}
// endregion DbLogField

// region DbLogFilterBuilder
class DbLogFilterBuilder extends ConjunctionBase {
  DbLogFilterBuilder(DbLog obj, bool? getIsDeleted) : super(obj, getIsDeleted) {
    _mnDbLog = obj._mnDbLog;
    _softDeleteActivated = obj.softDeleteActivated;
  }

  bool _softDeleteActivated = false;
  DbLogManager? _mnDbLog;

  /// put the sql keyword 'AND'
  @override
  DbLogFilterBuilder get and {
    super.and;
    return this;
  }

  /// put the sql keyword 'OR'
  @override
  DbLogFilterBuilder get or {
    super.or;
    return this;
  }

  /// open parentheses
  @override
  DbLogFilterBuilder get startBlock {
    super.startBlock;
    return this;
  }

  /// String whereCriteria, write raw query without 'where' keyword. Like this: 'field1 like 'test%' and field2 = 3'
  @override
  DbLogFilterBuilder where(String? whereCriteria, {dynamic parameterValue}) {
    super.where(whereCriteria, parameterValue: parameterValue);
    return this;
  }

  /// page = page number,
  /// pagesize = row(s) per page
  @override
  DbLogFilterBuilder page(int page, int pagesize) {
    super.page(page, pagesize);
    return this;
  }

  /// int count = LIMIT
  @override
  DbLogFilterBuilder top(int count) {
    super.top(count);
    return this;
  }

  /// close parentheses
  @override
  DbLogFilterBuilder get endBlock {
    super.endBlock;
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLogFilterBuilder orderBy(dynamic argFields) {
    super.orderBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLogFilterBuilder orderByDesc(dynamic argFields) {
    super.orderByDesc(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='field1, field2'
  /// Example 2: argFields = ['field1', 'field2']
  @override
  DbLogFilterBuilder groupBy(dynamic argFields) {
    super.groupBy(argFields);
    return this;
  }

  /// argFields might be String or List<String>.
  /// Example 1: argFields='name, date'
  /// Example 2: argFields = ['name', 'date']
  @override
  DbLogFilterBuilder having(dynamic argFields) {
    super.having(argFields);
    return this;
  }

  DbLogField _setField(DbLogField? field, String colName, DbType dbtype) {
    return DbLogField(this)
      ..param = DbParameter(
          dbType: dbtype, columnName: colName, wStartBlock: openedBlock);
  }

  DbLogField? _id;
  DbLogField get id {
    return _id = _setField(_id, 'id', DbType.integer);
  }

  DbLogField? _dateTime;
  DbLogField get dateTime {
    return _dateTime = _setField(_dateTime, 'dateTime', DbType.datetime);
  }

  DbLogField? _message;
  DbLogField get message {
    return _message = _setField(_message, 'message', DbType.text);
  }

  DbLogField? _method;
  DbLogField get method {
    return _method = _setField(_method, 'method', DbType.text);
  }

  DbLogField? _comment;
  DbLogField get comment {
    return _comment = _setField(_comment, 'comment', DbType.text);
  }

  DbLogField? _stackTrace;
  DbLogField get stackTrace {
    return _stackTrace = _setField(_stackTrace, 'stackTrace', DbType.text);
  }

  /// Deletes List<DbLog> bulk by query
  ///
  /// <returns>BoolResult res.success= true (Deleted), false (Could not be deleted)
  @override
  Future<BoolResult> delete([bool hardDelete = false]) async {
    buildParameters();
    var r = BoolResult(success: false);

    if (_softDeleteActivated && !hardDelete) {
      r = await _mnDbLog!.updateBatch(qparams, {'isDeleted': 1});
    } else {
      r = await _mnDbLog!.delete(qparams);
    }
    return r;
  }

  /// using:
  /// update({'fieldName': Value})
  /// fieldName must be String. Value is dynamic, it can be any of the (int, bool, String.. )
  @override
  Future<BoolResult> update(Map<String, dynamic> values) {
    buildParameters();
    if (qparams.limit! > 0 || qparams.offset! > 0) {
      qparams.whereString =
          'id IN (SELECT id from logs ${qparams.whereString!.isNotEmpty ? 'WHERE ${qparams.whereString}' : ''}${qparams.limit! > 0 ? ' LIMIT ${qparams.limit}' : ''}${qparams.offset! > 0 ? ' OFFSET ${qparams.offset}' : ''})';
    }
    return _mnDbLog!.updateBatch(qparams, values);
  }

  /// This method always returns [DbLog] Obj if exist, otherwise returns null
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLog?
  @override
  Future<DbLog?> toSingle(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    buildParameters(pSize: 1);
    final objFuture = _mnDbLog!.toList(qparams);
    final data = await objFuture;
    DbLog? obj;
    if (data.isNotEmpty) {
      obj = DbLog.fromMap(data[0] as Map<String, dynamic>);
    } else {
      obj = null;
    }
    return obj;
  }

  /// This method always returns [DbLog]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toSingle(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toSingle(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns> DbLog?
  @override
  Future<DbLog> toSingleOrDefault(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    return await toSingle(
            preload: preload,
            preloadFields: preloadFields,
            loadParents: loadParents,
            loadedFields: loadedFields) ??
        DbLog();
  }

  /// This method returns int. [DbLog]
  /// <returns>int
  @override
  Future<int> toCount([VoidCallback Function(int c)? dblogCount]) async {
    buildParameters();
    qparams.selectColumns = ['COUNT(1) AS CNT'];
    final dblogsFuture = await _mnDbLog!.toList(qparams);
    final int count = dblogsFuture[0]['CNT'] as int;
    if (dblogCount != null) {
      dblogCount(count);
    }
    return count;
  }

  /// This method returns List<DbLog> [DbLog]
  /// bool preload: if true, loads all related child objects (Set preload to true if you want to load all fields related to child or parent)
  /// ex: toList(preload:true) -> Loads all related objects
  /// List<String> preloadFields: specify the fields you want to preload (preload parameter's value should also be "true")
  /// ex: toList(preload:true, preloadFields:['plField1','plField2'... etc])  -> Loads only certain fields what you specified
  /// bool loadParents: if true, loads all parent objects until the object has no parent

  /// <returns>List<DbLog>
  @override
  Future<List<DbLog>> toList(
      {bool preload = false,
      List<String>? preloadFields,
      bool loadParents = false,
      List<String>? loadedFields}) async {
    final data = await toMapList();
    final List<DbLog> dblogsData = await DbLog.fromMapList(data,
        preload: preload,
        preloadFields: preloadFields,
        loadParents: loadParents,
        loadedFields: loadedFields,
        setDefaultValues: qparams.selectColumns == null);
    return dblogsData;
  }

  /// This method returns Json String [DbLog]
  @override
  Future<String> toJson() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(o.toMap(forJson: true));
    }
    return json.encode(list);
  }

  /// This method returns Json String. [DbLog]
  @override
  Future<String> toJsonWithChilds() async {
    final list = <dynamic>[];
    final data = await toList();
    for (var o in data) {
      list.add(await o.toMapWithChildren(false, true));
    }
    return json.encode(list);
  }

  /// This method returns List<dynamic>. [DbLog]
  /// <returns>List<dynamic>
  @override
  Future<List<dynamic>> toMapList() async {
    buildParameters();
    return await _mnDbLog!.toList(qparams);
  }

  /// This method returns Primary Key List SQL and Parameters retVal = Map<String,dynamic>. [DbLog]
  /// retVal['sql'] = SQL statement string, retVal['args'] = whereArguments List<dynamic>;
  /// <returns>List<String>
  @override
  Map<String, dynamic> toListPrimaryKeySQL([bool buildParams = true]) {
    final Map<String, dynamic> _retVal = <String, dynamic>{};
    if (buildParams) {
      buildParameters();
    }
    _retVal['sql'] = 'SELECT `id` FROM logs WHERE ${qparams.whereString}';
    _retVal['args'] = qparams.whereArguments;
    return _retVal;
  }

  /// This method returns Primary Key List<int>.
  /// <returns>List<int>
  @override
  Future<List<int>> toListPrimaryKey([bool buildParams = true]) async {
    if (buildParams) {
      buildParameters();
    }
    final List<int> idData = <int>[];
    qparams.selectColumns = ['id'];
    final idFuture = await _mnDbLog!.toList(qparams);

    final int count = idFuture.length;
    for (int i = 0; i < count; i++) {
      idData.add(idFuture[i]['id'] as int);
    }
    return idData;
  }

  /// Returns List<dynamic> for selected columns. Use this method for 'groupBy' with min,max,avg..  [DbLog]
  /// Sample usage: (see EXAMPLE 4.2 at https://github.com/hhtokpinar/sqfEntity#group-by)
  @override
  Future<List<dynamic>> toListObject() async {
    buildParameters();

    final objectFuture = _mnDbLog!.toList(qparams);

    final List<dynamic> objectsData = <dynamic>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i]);
    }
    return objectsData;
  }

  /// Returns List<String> for selected first column
  /// Sample usage: await DbLog.select(columnsToSelect: ['columnName']).toListString()
  @override
  Future<List<String>> toListString(
      [VoidCallback Function(List<String> o)? listString]) async {
    buildParameters();

    final objectFuture = _mnDbLog!.toList(qparams);

    final List<String> objectsData = <String>[];
    final data = await objectFuture;
    final int count = data.length;
    for (int i = 0; i < count; i++) {
      objectsData.add(data[i][qparams.selectColumns![0]].toString());
    }
    if (listString != null) {
      listString(objectsData);
    }
    return objectsData;
  }
}
// endregion DbLogFilterBuilder

// region DbLogFields
class DbLogFields {
  static TableField? _fId;
  static TableField get id {
    return _fId = _fId ?? SqlSyntax.setField(_fId, 'id', DbType.integer);
  }

  static TableField? _fDateTime;
  static TableField get dateTime {
    return _fDateTime = _fDateTime ??
        SqlSyntax.setField(_fDateTime, 'dateTime', DbType.datetime);
  }

  static TableField? _fMessage;
  static TableField get message {
    return _fMessage =
        _fMessage ?? SqlSyntax.setField(_fMessage, 'message', DbType.text);
  }

  static TableField? _fMethod;
  static TableField get method {
    return _fMethod =
        _fMethod ?? SqlSyntax.setField(_fMethod, 'method', DbType.text);
  }

  static TableField? _fComment;
  static TableField get comment {
    return _fComment =
        _fComment ?? SqlSyntax.setField(_fComment, 'comment', DbType.text);
  }

  static TableField? _fStackTrace;
  static TableField get stackTrace {
    return _fStackTrace = _fStackTrace ??
        SqlSyntax.setField(_fStackTrace, 'stackTrace', DbType.text);
  }
}
// endregion DbLogFields

//region DbLogManager
class DbLogManager extends SqfEntityProvider {
  DbLogManager()
      : super(DbEncrateia(),
            tableName: _tableName,
            primaryKeyList: _primaryKeyList,
            whereStr: _whereStr);
  static const String _tableName = 'logs';
  static const List<String> _primaryKeyList = ['id'];
  static const String _whereStr = 'id=?';
}

//endregion DbLogManager
class DbEncrateiaSequenceManager extends SqfEntityProvider {
  DbEncrateiaSequenceManager() : super(DbEncrateia());
}
// END OF ENTITIES