How to use timezone class of io.kotest.property.arbitrary package

Best Kotest code snippet using io.kotest.property.arbitrary.timezone

dates.kt

Source:dates.kt

...13import kotlin.random.nextInt14/**15 * Returns an [Arb] where each value is a [LocalDate], with a random day, and a year in the given range.16 *17 * The default year range is 1970 to the current year, as derived from the system clock and system timezone.18 */19fun Arb.Companion.date(20   yearRange: IntRange = 1970..Clock.System.now().toLocalDateTime(TimeZone.currentSystemDefault()).year,21): Arb<LocalDate> = arbitrary {22   LocalDate(it.random.nextInt(yearRange), 1, 1).plus(it.random.nextInt(0..364), DateTimeUnit.DAY)23}24/**25 * Returns an [Arb] where each value is a [LocalDateTime], with a random day, random time, and a year26 * in the given range.27 *28 * The default year range is 1970 to the current year, as derived from the system clock and system timezone.29 * The default hour range is 0..23.30 * The default minute range is 0..59.31 * The default second range is 0..59.32 */33fun Arb.Companion.datetime(34   yearRange: IntRange = 1970..Clock.System.now().toLocalDateTime(TimeZone.currentSystemDefault()).year,35   hourRange: IntRange = 0..23,36   minuteRange: IntRange = 0..59,37   secondRange: IntRange = 0..59,38): Arb<LocalDateTime> = arbitrary {39   Arb.date(yearRange)40      .next(it)41      .atTime(it.random.nextInt(hourRange), it.random.nextInt(minuteRange), it.random.nextInt(secondRange))42}...

timezone.kt

Source:timezone.kt

1package io.kotest.property.arbitrary2import io.kotest.property.Arb3/**4 * Returns an [Arb] where each generated value is a timezone in a three digit format, eg BST.5 *6 * Note, that these timezone codes are not part of the ISO 8601 standard but are nevertheless7 * commonly used.8 *9 * The list of codes used by this Arb is limited to a small selection of relatively well known10 * codes (to this author) and is not meant to be a comprehensive or inclusive list.11 *12 */13fun Arb.Companion.timezoneCodeThree() = Arb.of(14   listOf(15      "UTC",16      "AET", // australian eastern time17      "EST", // eastern standard time18      "EDT", // eastern daylight time19      "PST", // pacific standard time20      "PDT", // pacific daylight time21      "MST", // mountain standard time22      "CDT", // central daylight time23      "CST", // central standard time24      "GMT",25      "BST",26      "CET",27      "CAT", // central african time...

timezone

Using AI Code Generation

1    import io.kotest.property.arbitrary.*2    import io.kotest.property.arbitrary.date.*3    import java.time.*4    import java.util.*5    import java.util.TimeZone.*6    import java.util.TimeZone7    import java.util.TimeZone.*8    import java.util.TimeZone9    import java.util.TimeZone10    import java.util.TimeZone.*

timezone

Using AI Code Generation

1import io.kotest.property.arbitrary.*2import java.time.*3val zoneIds = ZoneId.getAvailableZoneIds().map { ZoneId.of(it) }4val zones = zoneIds.map { TimeZone.getTimeZone(it) }5val zoneIdsArb = zoneIds.toArb()6val zonesArb = zones.toArb()7val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }8val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }9val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }10val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }11import io.kotest.property.arbitrary.*12import java.time.*13val zoneIds = ZoneId.getAvailableZoneIds().map { ZoneId.of(it) }14val zones = zoneIds.map { TimeZone.getTimeZone(it) }15val zoneIdsArb = zoneIds.toArb()16val zonesArb = zones.toArb()17val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }18val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }19val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }20val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }21import io.kotest.property.arbitrary.*22import java.time.*23val zoneIds = ZoneId.getAvailableZoneIds().map { ZoneId.of(it) }24val zones = zoneIds.map { TimeZone.getTimeZone(it) }25val zoneIdsArb = zoneIds.toArb()26val zonesArb = zones.toArb()27val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }28val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }29val zoneIdArb = zoneIdsArb.map { ZoneId.of(it.id) }30val zoneArb = zonesArb.map { TimeZone.getTimeZone(it.id) }31import io.kotest.property.arbitrary.*32import java.time.*33val zoneIds = ZoneId.getAvailableZoneIds().map { ZoneId.of(it) }

timezone

Using AI Code Generation

1    val timezones = TimeZone.getAvailableIDs().asSequence()2    val zone = timezones.random()3    println(zone)4    val tz = TimeZone.getTimeZone(zone)5    println(tz.getDisplayName())6    println(tz.getID())7    val timezones = TimeZone.getAvailableIDs().asSequence()8    val zone = timezones.random()9    println(zone)10    val tz = TimeZone.getTimeZone(zone)11    println(tz.getDisplayName())12    println(tz.getID())13    val timezones = ZoneId.getAvailableZoneIds().asSequence()14    val zone = timezones.random()15    println(zone)16    val tz = ZoneId.of(zone)17    println(tz.getDisplayName(TextStyle.FULL, Locale.getDefault()))18    println(tz.id)19}

timezone

Using AI Code Generation

1val timezoneArb = timezone()2val timezoneArb = timezone(minOffset = 0, maxOffset = 3600)3val timezoneArb = timezone(minOffset = -3600, maxOffset = 3600)4val durationArb = duration()5val durationArb = duration(min = 0, max = 1000)6val durationArb = duration(min = -1000, max = 1000)7val durationArb = duration(min = -1000, max = 1000, precision = ChronoUnit.SECONDS)8val dateArb = date()9val dateArb = date(minYear = 1990, maxYear = 2000)10val dateArb = date(minYear = 1990, maxYear = 2000, precision = ChronoUnit.DAYS)11val localDateArb = localDate()12val localDateArb = localDate(minYear = 1990, maxYear = 2000)13val localDateArb = localDate(minYear = 1990, maxYear = 2000, precision = ChronoUnit.DAYS)14val localDateTimeArb = localDateTime()15val localDateTimeArb = localDateTime(minYear = 1990, maxYear = 2000)16val localDateTimeArb = localDateTime(minYear = 1990, maxYear = 2000, precision = ChronoUnit.DAYS)17val localTimeArb = localTime()18val localTimeArb = localTime(minHour = 0, maxHour = 23)19val localTimeArb = localTime(minHour = 0, maxHour = 23, precision = ChronoUnit.MINUTES)20val monthDayArb = monthDay()21val monthDayArb = monthDay(minMonth = Month.APRIL, maxMonth

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