// Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.
// SPDX-License-Identifier: Apache-2.0

// NOTE: This file is generated and may not follow lint rules defined in your app
// Generated files can be excluded from analysis in analysis_options.yaml
// For more info, see: https://dart.dev/guides/language/analysis-options#excluding-code-from-analysis

import 'package:amplify_core/amplify_core.dart';
import 'package:meta/meta.dart';

// ignore_for_file: public_member_api_docs, annotate_overrides, dead_code, dead_codepublic_member_api_docs, depend_on_referenced_packages, file_names, library_private_types_in_public_api, no_leading_underscores_for_library_prefixes, no_leading_underscores_for_local_identifiers, non_constant_identifier_names, null_check_on_nullable_type_parameter, prefer_adjacent_string_concatenation, prefer_const_constructors, prefer_if_null_operators, prefer_interpolation_to_compose_strings, slash_for_doc_comments, sort_child_properties_last, unnecessary_const, unnecessary_constructor_name, unnecessary_late, unnecessary_new, unnecessary_null_aware_assignments, unnecessary_nullable_for_final_variable_declarations, unnecessary_string_interpolations, use_build_context_synchronously

import 'ModelProvider.dart';

/** This is an auto generated class representing the CPKIntPrimaryKey type in your schema. */
@immutable
class CpkIntPrimaryKey extends Model {
  static const classType = const _CpkIntPrimaryKeyModelType();
  final int? _intAsId;
  final int? _fieldA;
  final int? _fieldB;
  final TemporalDateTime? _createdAt;
  final TemporalDateTime? _updatedAt;

  @override
  getInstanceType() => classType;

  @Deprecated(
      '[getId] is being deprecated in favor of custom primary key feature. Use getter [modelIdentifier] to get model identifier.')
  @override
  String getId() => modelIdentifier.serializeAsString();

  CpkIntPrimaryKeyModelIdentifier get modelIdentifier {
    try {
      return CpkIntPrimaryKeyModelIdentifier(
          intAsId: _intAsId!, fieldA: _fieldA!, fieldB: _fieldB!);
    } catch (e) {
      throw new AmplifyCodeGenModelException(
          AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastExceptionMessage,
          recoverySuggestion: AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastRecoverySuggestion,
          underlyingException: e.toString());
    }
  }

  int get intAsId {
    try {
      return _intAsId!;
    } catch (e) {
      throw new AmplifyCodeGenModelException(
          AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastExceptionMessage,
          recoverySuggestion: AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastRecoverySuggestion,
          underlyingException: e.toString());
    }
  }

  int get fieldA {
    try {
      return _fieldA!;
    } catch (e) {
      throw new AmplifyCodeGenModelException(
          AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastExceptionMessage,
          recoverySuggestion: AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastRecoverySuggestion,
          underlyingException: e.toString());
    }
  }

  int get fieldB {
    try {
      return _fieldB!;
    } catch (e) {
      throw new AmplifyCodeGenModelException(
          AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastExceptionMessage,
          recoverySuggestion: AmplifyExceptionMessages
              .codeGenRequiredFieldForceCastRecoverySuggestion,
          underlyingException: e.toString());
    }
  }

  TemporalDateTime? get createdAt {
    return _createdAt;
  }

  TemporalDateTime? get updatedAt {
    return _updatedAt;
  }

  const CpkIntPrimaryKey._internal(
      {required intAsId,
      required fieldA,
      required fieldB,
      createdAt,
      updatedAt})
      : _intAsId = intAsId,
        _fieldA = fieldA,
        _fieldB = fieldB,
        _createdAt = createdAt,
        _updatedAt = updatedAt;

  factory CpkIntPrimaryKey(
      {required int intAsId, required int fieldA, required int fieldB}) {
    return CpkIntPrimaryKey._internal(
        intAsId: intAsId, fieldA: fieldA, fieldB: fieldB);
  }

  bool equals(Object other) {
    return this == other;
  }

  @override
  bool operator ==(Object other) {
    if (identical(other, this)) return true;
    return other is CpkIntPrimaryKey &&
        _intAsId == other._intAsId &&
        _fieldA == other._fieldA &&
        _fieldB == other._fieldB;
  }

  @override
  int get hashCode => toString().hashCode;

  @override
  String toString() {
    var buffer = new StringBuffer();

    buffer.write("CpkIntPrimaryKey {");
    buffer.write(
        "intAsId=" + (_intAsId != null ? _intAsId!.toString() : "null") + ", ");
    buffer.write(
        "fieldA=" + (_fieldA != null ? _fieldA!.toString() : "null") + ", ");
    buffer.write(
        "fieldB=" + (_fieldB != null ? _fieldB!.toString() : "null") + ", ");
    buffer.write("createdAt=" +
        (_createdAt != null ? _createdAt!.format() : "null") +
        ", ");
    buffer.write(
        "updatedAt=" + (_updatedAt != null ? _updatedAt!.format() : "null"));
    buffer.write("}");

    return buffer.toString();
  }

  CpkIntPrimaryKey copyWith() {
    return CpkIntPrimaryKey._internal(
        intAsId: intAsId, fieldA: fieldA, fieldB: fieldB);
  }

  CpkIntPrimaryKey.fromJson(Map<String, dynamic> json)
      : _intAsId = (json['intAsId'] as num?)?.toInt(),
        _fieldA = (json['fieldA'] as num?)?.toInt(),
        _fieldB = (json['fieldB'] as num?)?.toInt(),
        _createdAt = json['createdAt'] != null
            ? TemporalDateTime.fromString(json['createdAt'])
            : null,
        _updatedAt = json['updatedAt'] != null
            ? TemporalDateTime.fromString(json['updatedAt'])
            : null;

  Map<String, dynamic> toJson() => {
        'intAsId': _intAsId,
        'fieldA': _fieldA,
        'fieldB': _fieldB,
        'createdAt': _createdAt?.format(),
        'updatedAt': _updatedAt?.format()
      };

  Map<String, Object?> toMap() => {
        'intAsId': _intAsId,
        'fieldA': _fieldA,
        'fieldB': _fieldB,
        'createdAt': _createdAt,
        'updatedAt': _updatedAt
      };

  static final QueryModelIdentifier<CpkIntPrimaryKeyModelIdentifier>
      MODEL_IDENTIFIER =
      QueryModelIdentifier<CpkIntPrimaryKeyModelIdentifier>();
  static final QueryField INTASID = QueryField(fieldName: "intAsId");
  static final QueryField FIELDA = QueryField(fieldName: "fieldA");
  static final QueryField FIELDB = QueryField(fieldName: "fieldB");
  static var schema =
      Model.defineSchema(define: (ModelSchemaDefinition modelSchemaDefinition) {
    modelSchemaDefinition.name = "CpkIntPrimaryKey";
    modelSchemaDefinition.pluralName = "CpkIntPrimaryKeys";

    modelSchemaDefinition.authRules = [
      AuthRule(
          authStrategy: AuthStrategy.OWNER,
          ownerField: "owner",
          identityClaim: "cognito:username",
          provider: AuthRuleProvider.USERPOOLS,
          operations: [
            ModelOperation.CREATE,
            ModelOperation.UPDATE,
            ModelOperation.DELETE,
            ModelOperation.READ
          ])
    ];

    modelSchemaDefinition.indexes = [
      ModelIndex(fields: const ["intAsId", "fieldA", "fieldB"], name: null)
    ];

    modelSchemaDefinition.addField(ModelFieldDefinition.field(
        key: CpkIntPrimaryKey.INTASID,
        isRequired: true,
        ofType: ModelFieldType(ModelFieldTypeEnum.int)));

    modelSchemaDefinition.addField(ModelFieldDefinition.field(
        key: CpkIntPrimaryKey.FIELDA,
        isRequired: true,
        ofType: ModelFieldType(ModelFieldTypeEnum.int)));

    modelSchemaDefinition.addField(ModelFieldDefinition.field(
        key: CpkIntPrimaryKey.FIELDB,
        isRequired: true,
        ofType: ModelFieldType(ModelFieldTypeEnum.int)));

    modelSchemaDefinition.addField(ModelFieldDefinition.nonQueryField(
        fieldName: 'createdAt',
        isRequired: false,
        isReadOnly: true,
        ofType: ModelFieldType(ModelFieldTypeEnum.dateTime)));

    modelSchemaDefinition.addField(ModelFieldDefinition.nonQueryField(
        fieldName: 'updatedAt',
        isRequired: false,
        isReadOnly: true,
        ofType: ModelFieldType(ModelFieldTypeEnum.dateTime)));
  });
}

class _CpkIntPrimaryKeyModelType extends ModelType<CpkIntPrimaryKey> {
  const _CpkIntPrimaryKeyModelType();

  @override
  CpkIntPrimaryKey fromJson(Map<String, dynamic> jsonData) {
    return CpkIntPrimaryKey.fromJson(jsonData);
  }

  @override
  String modelName() {
    return 'CpkIntPrimaryKey';
  }
}

/**
 * This is an auto generated class representing the model identifier
 * of [CpkIntPrimaryKey] in your schema.
 */
@immutable
class CpkIntPrimaryKeyModelIdentifier
    implements ModelIdentifier<CpkIntPrimaryKey> {
  final int intAsId;
  final int fieldA;
  final int fieldB;

  /**
   * Create an instance of CpkIntPrimaryKeyModelIdentifier using [intAsId] the primary key.
   * And [fieldA], [fieldB] the sort keys.
   */
  const CpkIntPrimaryKeyModelIdentifier(
      {required this.intAsId, required this.fieldA, required this.fieldB});

  @override
  Map<String, dynamic> serializeAsMap() => (<String, dynamic>{
        'intAsId': intAsId,
        'fieldA': fieldA,
        'fieldB': fieldB
      });

  @override
  List<Map<String, dynamic>> serializeAsList() => serializeAsMap()
      .entries
      .map((entry) => (<String, dynamic>{entry.key: entry.value}))
      .toList();

  @override
  String serializeAsString() => serializeAsMap().values.join('#');

  @override
  String toString() =>
      'CpkIntPrimaryKeyModelIdentifier(intAsId: $intAsId, fieldA: $fieldA, fieldB: $fieldB)';

  @override
  bool operator ==(Object other) {
    if (identical(this, other)) {
      return true;
    }

    return other is CpkIntPrimaryKeyModelIdentifier &&
        intAsId == other.intAsId &&
        fieldA == other.fieldA &&
        fieldB == other.fieldB;
  }

  @override
  int get hashCode => intAsId.hashCode ^ fieldA.hashCode ^ fieldB.hashCode;
}