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add KronTime entity and time calculation environment
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package com.github.insanusmokrassar.krontab.parts
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import kotlin.math.floor
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private const val millisCount = 1000
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private const val secondsCount = 60
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private const val minutesCount = 60
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private const val hoursCount = 24
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private const val weekDaysCount = 7
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private const val secondsK = 1000
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private const val minutesK = 60 * secondsK
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private const val hoursK = 60 * minutesK
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private const val daysK = 24 * hoursK
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private const val weekDaysK = 7 * daysK
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private fun <T> List<T>.notMaxOrNull(max: Int): List<T>? = if (size >= max) {
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null
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} else {
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this
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}
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internal fun KronTimes(
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timePattern: TimePattern
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): List<KronTime> {
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val reversedParts = timePattern.split(" ").toMutableList().also {
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it.reverse()
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}
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val weekDaysParts = getTimes(reversedParts.removeAt(0), 0, weekDaysCount).notMaxOrNull(weekDaysCount) ?.map {
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it.toByte()
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}
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val hoursParts = getTimes(reversedParts.removeAt(0), 0, hoursCount).let {
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(weekDaysParts ?.let { _ ->
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it
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} ?: it.notMaxOrNull(hoursCount)) ?.map {
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it.toByte()
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}
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}
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val minutesParts = getTimes(reversedParts.removeAt(0), 0, minutesCount).let {
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(hoursParts ?.let { _ ->
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it
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} ?: it.notMaxOrNull(minutesCount)) ?.map {
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it.toByte()
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}
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}
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val secondsParts = getTimes(reversedParts.removeAt(0), 0, secondsCount).let {
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(minutesParts ?.let { _ ->
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it
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} ?: it.notMaxOrNull(secondsCount)) ?.map {
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it.toByte()
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}
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}
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val millisParts = if (reversedParts.isNotEmpty()) {
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getTimes(reversedParts.removeAt(0), 0, millisCount).let {
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secondsParts ?.let { _ ->
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it
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} ?: it.notMaxOrNull(millisCount)
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} ?.map {
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it.toShort()
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}
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} else {
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null
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}
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return millisParts ?.flatMap { millis ->
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secondsParts ?.flatMap { seconds ->
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minutesParts ?.flatMap { minutes ->
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hoursParts ?.flatMap { hours ->
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weekDaysParts ?.map { weekDay ->
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KronTime(millis, seconds, minutes, hours, weekDay)
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} ?: listOf(KronTime(millis, seconds, minutes, hours, null))
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} ?: listOf(KronTime(millis, seconds, minutes, null, null))
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} ?: listOf(KronTime(millis, seconds, null, null, null))
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} ?: listOf(KronTime(millis, null, null, null, null))
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} ?: listOf(KronTime(null, null, null, null, null))
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}
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internal fun KronTime(
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milliseconds: Milliseconds
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): KronTime {
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val millis = (milliseconds % millisCount).toShort()
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var currentDivided: Double = floor(milliseconds.toDouble() / millisCount)
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val seconds: Byte = (currentDivided % secondsCount).toByte()
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currentDivided = floor(currentDivided / secondsCount)
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val minutes: Byte = (currentDivided % minutesCount).toByte()
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currentDivided = floor(currentDivided / minutesCount)
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val hours: Byte = (currentDivided % hoursCount).toByte()
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currentDivided = floor(currentDivided / hoursCount)
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val days: Byte = (currentDivided % weekDaysCount).toByte()
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return KronTime(
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millis,
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seconds,
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minutes,
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hours,
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days
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)
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}
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internal data class KronTime(
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val milliseconds: Milliseconds?,
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val seconds: Seconds?,
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val minutes: Minutes?,
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val hours: Hours?,
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val weekDays: WeekDays?
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)
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@ -0,0 +1,93 @@
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package com.github.insanusmokrassar.krontab.parts
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internal inline fun buildPeriodRegex(periodNumbers: Int): Regex {
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val periodRegex = "\\d{1,$periodNumbers}"
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return Regex("(\\*(/$periodRegex)?)|($periodRegex(-$periodRegex)?)")
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}
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private fun extractLongTermPeriod(period: String, minPeriodValue: Int, maxPeriodValue: Int): List<Int>? {
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if (period.contains("-")) {
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val (first, second) = period.split("-")
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val firstNumber = first.toInt().let {
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if (it < minPeriodValue) {
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minPeriodValue
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} else {
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it
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}
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}
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val secondNumber = second.toInt().let {
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if (it > maxPeriodValue) {
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maxPeriodValue
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} else {
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it
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}
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}
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return (firstNumber .. secondNumber).toList()
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}
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return null
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}
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private fun extractPeriods(period: String, minPeriodValue: Int, maxPeriodValue: Int): List<Int>? {
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if (period.startsWith("*")) {
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val splitted = period.split("/")
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when {
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splitted.size > 1 -> {
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val repeatPeriod = splitted[1].toInt()
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return (minPeriodValue .. maxPeriodValue step repeatPeriod).toList()
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}
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else -> {
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(minPeriodValue .. maxPeriodValue).toList()
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}
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}
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}
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return null
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}
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private val oneTimeRegex = Regex("^\\d*$")
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private fun extractOneTime(period: String, minPeriodValue: Int, maxPeriodValue: Int): List<Int>? {
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oneTimeRegex.find(period) ?.let {
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val found = it.groupValues.firstOrNull() ?: return null
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val foundAsInt = found.toInt()
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val resultTime = when {
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minPeriodValue > foundAsInt -> minPeriodValue
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maxPeriodValue < foundAsInt -> maxPeriodValue
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else -> foundAsInt
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}
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return listOf(resultTime)
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}
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return null
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}
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private fun adaptPeriod(period: String, minPeriodValue: Int, maxPeriodValue: Int): List<Int> {
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return extractLongTermPeriod(
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period,
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minPeriodValue,
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maxPeriodValue
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) ?: extractPeriods(
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period,
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minPeriodValue,
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maxPeriodValue
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) ?: extractOneTime(
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period,
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minPeriodValue,
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maxPeriodValue
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) ?: emptyList()
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}
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internal fun getTimes(
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period: String,
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minPeriodValue: Int,
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maxPeriodValue: Int,
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unconfinedVariants: Map<String, Int> = emptyMap()
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): List<Int> {
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return period.split(",").flatMap {
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unconfinedVariants[it] ?.let {
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listOf(it)
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} ?: adaptPeriod(
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it,
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minPeriodValue,
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maxPeriodValue
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)
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}
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}
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@ -0,0 +1,11 @@
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package com.github.insanusmokrassar.krontab.parts
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internal typealias Milliseconds = Short
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internal typealias Seconds = Byte
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internal typealias Minutes = Byte
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internal typealias Hours = Byte
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internal typealias WeekDays = Byte
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internal typealias Weeks = Byte
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typealias TimePattern = String
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typealias TimeSubPattern = String
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