import base64ToArrayBuffer from 'base64-arraybuffer';
import moment from 'moment';
import {
  base64ToHex,
  decimalArrayAsLittleEndianNumber,
  formatAlphaA3Date,
  formatAlphaA3Time,
  formatCleanNumericValue,
  uint8ArrayToAsciiNumber,
} from './binary';
import { NeedMoreBytesError, ParserError } from './errors';
import { Parser } from './Parser';
import { ParserResult } from './ParserResult';
import type { MeterInterpretationCode } from './ReadStrategy';
import * as Registers from './registers';

export class AlphaA3Parser extends Parser {
  billingTable: string | undefined;
  constructor(interpretationCode?: MeterInterpretationCode, billingTable?: string) {
    super();
    this.interpretationCode = interpretationCode || 1;
    this.billingTable = billingTable ?? undefined;
  }
  static PAYLOAD_SIZE_EDENOR = 334;
  static PAYLOAD_SIZE_EDEMSA_READING_STRATEGY_THREE = 340;
  static PAYLOAD_SIZE_EDEMSA_READING_STRATEGY_ONE_AND_TWO = 370;

  isPreviousBillingTable() {
    const CURRENT_BILLING_TABLE = '00';
    return this.billingTable !== CURRENT_BILLING_TABLE;
  }
  assertIfFirstByteIsNonzero(arrayBuffer) {
    if (arrayBuffer[0]) {
      throw new ParserError('primer byte no es cero');
    }
  }
  isPayloadIncomplete(arrayBuffer) {
    let payloadSizeAccordingToReadingStrategy = 0;
    switch (this.interpretationCode) {
      case 1:
      case 2:
        payloadSizeAccordingToReadingStrategy =
          AlphaA3Parser.PAYLOAD_SIZE_EDEMSA_READING_STRATEGY_ONE_AND_TWO;
        break;
      case 3:
        payloadSizeAccordingToReadingStrategy = AlphaA3Parser.PAYLOAD_SIZE_EDEMSA_READING_STRATEGY_THREE;
        break;
      case 9:
        payloadSizeAccordingToReadingStrategy = AlphaA3Parser.PAYLOAD_SIZE_EDENOR;
        break;
      default:
        throw new ParserError(`Unidentified reading interpretation`);
    }
    return arrayBuffer.length < payloadSizeAccordingToReadingStrategy;
  }
  parseReadingStrategyNine(arrayBuffer, aBase64String) {
    const result = new ParserResult();
    result.add(Registers.SerialNumberModel, uint8ArrayToAsciiNumber(arrayBuffer.slice(97, 113)));
    result.add(Registers.ReadAtModel, moment().format());
    result.add(Registers.HexPayloadModel, base64ToHex(aBase64String));
    return result;
  }
  parseReadingStrategyOne(arrayBuffer) {
    const result = new ParserResult();
    const isPreviousBillingTable = this.isPreviousBillingTable();
    result.add(Registers.SerialNumberModel, uint8ArrayToAsciiNumber(arrayBuffer.slice(97, 113)));
    const DEMAND_RESET_DATE = formatAlphaA3Date(arrayBuffer.slice(113, 116));
    result.add(Registers.DemandResetDateModel, DEMAND_RESET_DATE);
    result.add(
      Registers.DemandResetTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(116, 118), DEMAND_RESET_DATE),
    );
    result.add(Registers.DemandResetSeasonModel, (arrayBuffer.slice(118, 119)[0] as number).toString());
    result.add(Registers.DemandResetCounterModel, (arrayBuffer.slice(119, 120)[0] as number).toString());
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportPreviousModel
        : Registers.TotalActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(120, 126)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportPreviousModel
        : Registers.TotalReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(126, 132)), 4),
    );
    result.add(
      isPreviousBillingTable ? Registers.PowerFactorPreviousModel : Registers.PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(132, 138)), 4),
    );
    const TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(138, 141));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportDatePreviousModel
        : Registers.TotalActiveEnergyImportDateModel,
      TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportTimePreviousModel
        : Registers.TotalActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(141, 143), TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(143, 149)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumDemandImportPreviousModel
        : Registers.TotalMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(149, 154)), 4),
    );
    const TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(154, 157));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportDatePreviousModel
        : Registers.TotalReactiveEnergyImportDateModel,
      TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportTimePreviousModel
        : Registers.TotalReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(157, 159), TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumReactiveDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(159, 165)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumReactiveDemandImportPreviousModel
        : Registers.TotalMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(165, 170)), 4),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportPreviousModel
        : Registers.Tariff1ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(170, 176)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportPreviousModel
        : Registers.Tariff1ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(176, 182)), 4),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff1PowerFactorPreviousModel : Registers.Tariff1PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(182, 188)), 4),
    );
    const TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(188, 191));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportDatePreviousModel
        : Registers.Tariff1ActiveEnergyImportDateModel,
      TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportTimePreviousModel
        : Registers.Tariff1ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(191, 193), TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(193, 199)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportPreviousModel
        : Registers.Tariff1MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(199, 204)), 4),
    );
    const TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(204, 207));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff1ReactiveEnergyImportDateModel,
      TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff1ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(207, 209), TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(209, 215)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(215, 220)), 4),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportPreviousModel
        : Registers.Tariff2ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(220, 226)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportPreviousModel
        : Registers.Tariff2ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(226, 232)), 4),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff2PowerFactorPreviousModel : Registers.Tariff2PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(232, 238)), 4),
    );
    const TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(238, 241));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportDatePreviousModel
        : Registers.Tariff2ActiveEnergyImportDateModel,
      TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportTimePreviousModel
        : Registers.Tariff2ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(241, 243), TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(243, 249)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportPreviousModel
        : Registers.Tariff2MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(249, 254)), 4),
    );
    const TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(254, 257));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff2ReactiveEnergyImportDateModel,
      TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff2ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(257, 259), TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(259, 265)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(265, 270)), 4),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportPreviousModel
        : Registers.Tariff3ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(270, 276)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportPreviousModel
        : Registers.Tariff3ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(276, 282)), 4),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff3PowerFactorPreviousModel : Registers.Tariff3PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(282, 288)), 4),
    );
    const TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(288, 291));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportDatePreviousModel
        : Registers.Tariff3ActiveEnergyImportDateModel,
      TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportTimePreviousModel
        : Registers.Tariff3ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(291, 293), TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(293, 299)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportPreviousModel
        : Registers.Tariff3MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(299, 304)), 4),
    );
    const TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(304, 307));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff3ReactiveEnergyImportDateModel,
      TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff3ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(307, 309), TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(309, 315)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(315, 320)), 4),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportPreviousModel
        : Registers.Tariff4ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(320, 326)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportPreviousModel
        : Registers.Tariff4ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(326, 332)), 4),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff4PowerFactorPreviousModel : Registers.Tariff4PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(332, 338)), 4),
    );
    const TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(338, 341));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportDatePreviousModel
        : Registers.Tariff4ActiveEnergyImportDateModel,
      TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportTimePreviousModel
        : Registers.Tariff4ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(341, 343), TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(343, 349)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportPreviousModel
        : Registers.Tariff4MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(349, 354)), 4),
    );
    const TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(354, 357));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff4ReactiveEnergyImportDateModel,
      TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff4ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(357, 359), TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(359, 365)), 4),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff4ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(365, 370)), 4),
    );

    return result;
  }
  parseReadingStrategyTwo(arrayBuffer) {
    const result = new ParserResult();
    const isPreviousBillingTable = this.isPreviousBillingTable();
    result.add(Registers.SerialNumberModel, uint8ArrayToAsciiNumber(arrayBuffer.slice(97, 113)));
    const DEMAND_RESET_DATE = formatAlphaA3Date(arrayBuffer.slice(113, 116));
    result.add(Registers.DemandResetDateModel, DEMAND_RESET_DATE);
    result.add(
      Registers.DemandResetTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(116, 118), DEMAND_RESET_DATE),
    );
    result.add(Registers.DemandResetSeasonModel, (arrayBuffer.slice(118, 119)[0] as number).toString());
    result.add(Registers.DemandResetCounterModel, (arrayBuffer.slice(119, 120)[0] as number).toString());
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportPreviousModel
        : Registers.TotalActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(120, 126)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportPreviousModel
        : Registers.TotalReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(126, 132)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.PowerFactorPreviousModel : Registers.PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(132, 138)), 4),
    );
    const TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(138, 141));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportDatePreviousModel
        : Registers.TotalActiveEnergyImportDateModel,
      TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportTimePreviousModel
        : Registers.TotalActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(141, 143), TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(143, 149)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumDemandImportPreviousModel
        : Registers.TotalMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(149, 154)), 6),
    );
    const TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(154, 157));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportDatePreviousModel
        : Registers.TotalReactiveEnergyImportDateModel,
      TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportTimePreviousModel
        : Registers.TotalReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(157, 159), TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumReactiveDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(159, 165)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumReactiveDemandImportPreviousModel
        : Registers.TotalMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(165, 170)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportPreviousModel
        : Registers.Tariff1ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(170, 176)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportPreviousModel
        : Registers.Tariff1ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(176, 182)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff1PowerFactorPreviousModel : Registers.Tariff1PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(182, 188)), 4),
    );
    const TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(188, 191));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportDatePreviousModel
        : Registers.Tariff1ActiveEnergyImportDateModel,
      TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportTimePreviousModel
        : Registers.Tariff1ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(191, 193), TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(193, 199)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportPreviousModel
        : Registers.Tariff1MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(199, 204)), 6),
    );
    const TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(204, 207));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff1ReactiveEnergyImportDateModel,
      TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff1ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(207, 209), TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(209, 215)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(215, 220)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportPreviousModel
        : Registers.Tariff2ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(220, 226)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportPreviousModel
        : Registers.Tariff2ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(226, 232)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff2PowerFactorPreviousModel : Registers.Tariff2PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(232, 238)), 4),
    );
    const TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(238, 241));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportDatePreviousModel
        : Registers.Tariff2ActiveEnergyImportDateModel,
      TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportTimePreviousModel
        : Registers.Tariff2ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(241, 243), TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(243, 249)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportPreviousModel
        : Registers.Tariff2MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(249, 254)), 6),
    );
    const TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(254, 257));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff2ReactiveEnergyImportDateModel,
      TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff2ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(257, 259), TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(259, 265)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(265, 270)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportPreviousModel
        : Registers.Tariff3ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(270, 276)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportPreviousModel
        : Registers.Tariff3ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(276, 282)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff3PowerFactorPreviousModel : Registers.Tariff3PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(282, 288)), 4),
    );
    const TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(288, 291));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportDatePreviousModel
        : Registers.Tariff3ActiveEnergyImportDateModel,
      TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportTimePreviousModel
        : Registers.Tariff3ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(291, 293), TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(293, 299)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportPreviousModel
        : Registers.Tariff3MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(299, 304)), 6),
    );
    const TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(304, 307));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff3ReactiveEnergyImportDateModel,
      TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff3ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(307, 309), TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(309, 315)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(315, 320)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportPreviousModel
        : Registers.Tariff4ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(320, 326)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportPreviousModel
        : Registers.Tariff4ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(326, 332)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff4PowerFactorPreviousModel : Registers.Tariff4PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(332, 338)), 4),
    );
    const TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(338, 341));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportDatePreviousModel
        : Registers.Tariff4ActiveEnergyImportDateModel,
      TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ActiveEnergyImportTimePreviousModel
        : Registers.Tariff4ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(341, 343), TARIFF4_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(343, 349)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4MaximumDemandImportPreviousModel
        : Registers.Tariff4MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(349, 354)), 6),
    );
    const TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(354, 357));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff4ReactiveEnergyImportDateModel,
      TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff4ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(357, 359), TARIFF4_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff4CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(359, 365)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff4ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff4ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(365, 370)), 6),
    );

    return result;
  }
  parseReadingStrategyThree(arrayBuffer) {
    const result = new ParserResult();
    const isPreviousBillingTable = this.isPreviousBillingTable();
    result.add(Registers.SerialNumberModel, uint8ArrayToAsciiNumber(arrayBuffer.slice(97, 113)));
    const DEMAND_RESET_DATE = formatAlphaA3Date(arrayBuffer.slice(113, 116));
    result.add(Registers.DemandResetDateModel, DEMAND_RESET_DATE);
    result.add(
      Registers.DemandResetTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(116, 118), DEMAND_RESET_DATE),
    );
    result.add(Registers.DemandResetSeasonModel, (arrayBuffer.slice(118, 119)[0] as number).toString());
    result.add(Registers.DemandResetCounterModel, (arrayBuffer.slice(119, 120)[0] as number).toString());
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportPreviousModel
        : Registers.TotalActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(120, 126)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportPreviousModel
        : Registers.TotalReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(126, 132)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.PowerFactorPreviousModel : Registers.PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(132, 138)), 4),
    );
    const TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(138, 141));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportDatePreviousModel
        : Registers.TotalActiveEnergyImportDateModel,
      TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalActiveEnergyImportTimePreviousModel
        : Registers.TotalActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(141, 143), TOTAL_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(143, 149)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumDemandImportPreviousModel
        : Registers.TotalMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(149, 154)), 6),
    );
    const TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(154, 157));
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportDatePreviousModel
        : Registers.TotalReactiveEnergyImportDateModel,
      TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalReactiveEnergyImportTimePreviousModel
        : Registers.TotalReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(157, 159), TOTAL_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalCumulativeMaximumReactiveDemandImportPreviousModel
        : Registers.TotalCumulativeMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(159, 165)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.TotalMaximumReactiveDemandImportPreviousModel
        : Registers.TotalMaximumReactiveDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(165, 170)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportPreviousModel
        : Registers.Tariff1ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(170, 176)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportPreviousModel
        : Registers.Tariff1ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(176, 182)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff1PowerFactorPreviousModel : Registers.Tariff1PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(182, 188)), 4),
    );
    const TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(188, 191));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportDatePreviousModel
        : Registers.Tariff1ActiveEnergyImportDateModel,
      TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ActiveEnergyImportTimePreviousModel
        : Registers.Tariff1ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(191, 193), TARIFF1_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(193, 199)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1MaximumDemandImportPreviousModel
        : Registers.Tariff1MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(199, 204)), 6),
    );
    const TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(204, 207));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff1ReactiveEnergyImportDateModel,
      TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff1ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(207, 209), TARIFF1_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(209, 215)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff1ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff1ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(215, 220)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportPreviousModel
        : Registers.Tariff2ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(220, 226)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportPreviousModel
        : Registers.Tariff2ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(226, 232)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff2PowerFactorPreviousModel : Registers.Tariff2PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(232, 238)), 4),
    );
    const TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(238, 241));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportDatePreviousModel
        : Registers.Tariff2ActiveEnergyImportDateModel,
      TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ActiveEnergyImportTimePreviousModel
        : Registers.Tariff2ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(241, 243), TARIFF2_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(243, 249)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2MaximumDemandImportPreviousModel
        : Registers.Tariff2MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(249, 254)), 6),
    );
    const TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(254, 257));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff2ReactiveEnergyImportDateModel,
      TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff2ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(257, 259), TARIFF2_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(259, 265)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff2ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff2ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(265, 270)), 6),
    );

    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportPreviousModel
        : Registers.Tariff3ActiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(270, 276)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportPreviousModel
        : Registers.Tariff3ReactiveEnergyImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(276, 282)), 6),
    );
    result.add(
      isPreviousBillingTable ? Registers.Tariff3PowerFactorPreviousModel : Registers.Tariff3PowerFactorModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(282, 288)), 4),
    );
    const TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(288, 291));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportDatePreviousModel
        : Registers.Tariff3ActiveEnergyImportDateModel,
      TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ActiveEnergyImportTimePreviousModel
        : Registers.Tariff3ActiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(291, 293), TARIFF3_ACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(293, 299)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3MaximumDemandImportPreviousModel
        : Registers.Tariff3MaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(299, 304)), 6),
    );
    const TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS = formatAlphaA3Date(arrayBuffer.slice(304, 307));
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportDatePreviousModel
        : Registers.Tariff3ReactiveEnergyImportDateModel,
      TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS,
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveEnergyImportTimePreviousModel
        : Registers.Tariff3ReactiveEnergyImportTimeModel,
      formatAlphaA3Time(arrayBuffer.slice(307, 309), TARIFF3_REACTIVE_ENERGY_IMPORT_DATE_PREVIOUS),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3CumulativeReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3CumulativeReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(309, 315)), 6),
    );
    result.add(
      isPreviousBillingTable
        ? Registers.Tariff3ReactiveMaximumDemandImportPreviousModel
        : Registers.Tariff3ReactiveMaximumDemandImportModel,
      formatCleanNumericValue(decimalArrayAsLittleEndianNumber(arrayBuffer.slice(315, 320)), 6),
    );
    return result;
  }

  parseBody(arrayBuffer, aBase64String): ParserResult {
    const incomplete = this.isPayloadIncomplete(arrayBuffer);
    if (incomplete) {
      throw new NeedMoreBytesError();
    }
    switch (this.interpretationCode) {
      case 1:
        return this.parseReadingStrategyOne(arrayBuffer);
      case 2:
        return this.parseReadingStrategyTwo(arrayBuffer);
      case 3:
        return this.parseReadingStrategyThree(arrayBuffer);
      case 9:
        return this.parseReadingStrategyNine(arrayBuffer, aBase64String);
      default:
        throw new ParserError(`Unidentified reading interpretation`);
    }
  }

  getMeterNumber(arrayBuffer) {
    return uint8ArrayToAsciiNumber(arrayBuffer.slice(97, 113));
  }

  parse(aBase64String: string, recoverMeterNumber?: Function): ParserResult {
    const arrayBuffer = new Uint8Array(base64ToArrayBuffer.decode(aBase64String));
    if (arrayBuffer.length < 2) {
      throw new NeedMoreBytesError();
    }
    this.assertIfFirstByteIsNonzero(arrayBuffer);

    if (recoverMeterNumber) {
      return recoverMeterNumber(this.getMeterNumber(arrayBuffer));
    }

    const modelByte = arrayBuffer[1];

    if (modelByte === 3) {
      return this.parseBody(arrayBuffer, aBase64String);
    } else {
      throw new ParserError(`Byte model no identificado`);
    }
  }
  getMeter;
}