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A multiplatform library for working with dates and times
//
// This file is auto-generated by 'tools:code-generator'
//
@file:JvmMultifileClass
@file:JvmName("CenturiesKt")
package io.islandtime.measures
import io.islandtime.internal.DECADES_PER_CENTURY
import io.islandtime.internal.MONTHS_PER_CENTURY
import io.islandtime.internal.YEARS_PER_CENTURY
import io.islandtime.internal.minusExact
import io.islandtime.internal.negateExact
import io.islandtime.internal.plusExact
import io.islandtime.internal.timesExact
import io.islandtime.internal.toIntExact
import kotlin.Boolean
import kotlin.Comparable
import kotlin.Int
import kotlin.Long
import kotlin.PublishedApi
import kotlin.String
import kotlin.jvm.JvmMultifileClass
import kotlin.jvm.JvmName
import kotlin.math.absoluteValue
/**
* A number of centuries.
*/
inline class IntCenturies(
/**
* The underlying value.
*/
val value: Int
) : Comparable {
/**
* Get the absolute value.
* @throws ArithmeticException if overflow occurs
*/
val absoluteValue: IntCenturies
get() = if (value < 0) IntCenturies(value.negateExact()) else this
/**
* Convert to months.
* @throws ArithmeticException if overflow occurs
*/
val inMonths: IntMonths
get() = (value timesExact MONTHS_PER_CENTURY).months
/**
* Convert to months without checking for overflow.
*/
internal val inMonthsUnchecked: IntMonths
get() = (value * MONTHS_PER_CENTURY).months
/**
* Convert to years.
* @throws ArithmeticException if overflow occurs
*/
val inYears: IntYears
get() = (value timesExact YEARS_PER_CENTURY).years
/**
* Convert to years without checking for overflow.
*/
internal val inYearsUnchecked: IntYears
get() = (value * YEARS_PER_CENTURY).years
/**
* Convert to decades.
* @throws ArithmeticException if overflow occurs
*/
val inDecades: IntDecades
get() = (value timesExact DECADES_PER_CENTURY).decades
/**
* Convert to decades without checking for overflow.
*/
internal val inDecadesUnchecked: IntDecades
get() = (value * DECADES_PER_CENTURY).decades
/**
* Is this duration zero?
*/
fun isZero(): Boolean = value == 0
/**
* Is this duration negative?
*/
fun isNegative(): Boolean = value < 0
/**
* Is this duration positive?
*/
fun isPositive(): Boolean = value > 0
override fun compareTo(other: IntCenturies): Int = value.compareTo(other.value)
/**
* Convert to an ISO-8601 time interval representation.
*/
override fun toString(): String {
return when {
isZero() -> "P0Y"
value == Int.MIN_VALUE -> "-P2147483648Y"
else -> buildString {
if (isNegative()) { append('-') }
append("P")
append(value.absoluteValue timesExact 100)
append('Y')
}
}
}
/**
* Negate the value.
* @throws ArithmeticException if overflow occurs
*/
operator fun unaryMinus() = IntCenturies(value.negateExact())
/**
* Negate the value without checking for overflow.
*/
internal fun negateUnchecked() = IntCenturies(-value)
/**
* Multiply by a scalar value.
* @throws ArithmeticException if overflow occurs
*/
operator fun times(scalar: Int) = IntCenturies(value timesExact scalar)
/**
* Multiply by a scalar value.
* @throws ArithmeticException if overflow occurs
*/
operator fun times(scalar: Long) = this.toLongCenturies() * scalar
/**
* Divide by a scalar value.
* @throws ArithmeticException if overflow occurs or the scalar is zero
*/
operator fun div(scalar: Int): IntCenturies {
return if (scalar == -1) {
-this
} else {
IntCenturies(value / scalar)
}
}
/**
* Divide by a scalar value.
* @throws ArithmeticException if the scalar is zero
*/
operator fun div(scalar: Long): LongCenturies = this.toLongCenturies() / scalar
operator fun rem(scalar: Int) = IntCenturies(value % scalar)
operator fun rem(scalar: Long) = this.toLongCenturies() % scalar
operator fun plus(months: IntMonths) = this.inMonths + months
operator fun minus(months: IntMonths) = this.inMonths - months
operator fun plus(months: LongMonths) = this.toLongCenturies().inMonths + months
operator fun minus(months: LongMonths) = this.toLongCenturies().inMonths - months
operator fun plus(years: IntYears) = this.inYears + years
operator fun minus(years: IntYears) = this.inYears - years
operator fun plus(years: LongYears) = this.toLongCenturies().inYears + years
operator fun minus(years: LongYears) = this.toLongCenturies().inYears - years
operator fun plus(decades: IntDecades) = this.inDecades + decades
operator fun minus(decades: IntDecades) = this.inDecades - decades
operator fun plus(decades: LongDecades) = this.toLongCenturies().inDecades + decades
operator fun minus(decades: LongDecades) = this.toLongCenturies().inDecades - decades
operator fun plus(centuries: IntCenturies) = IntCenturies(value plusExact centuries.value)
operator fun minus(centuries: IntCenturies) = IntCenturies(value minusExact centuries.value)
operator fun plus(centuries: LongCenturies) = LongCenturies(value.toLong() plusExact
centuries.value)
operator fun minus(centuries: LongCenturies) = LongCenturies(value.toLong() minusExact
centuries.value)
/**
* Convert to [LongCenturies].
*/
fun toLongCenturies() = LongCenturies(value.toLong())
/**
* Convert to a unit-less `Long` value.
*/
fun toLong() = value.toLong()
companion object {
/**
* The smallest supported value.
*/
val MIN: IntCenturies = IntCenturies(Int.MIN_VALUE)
/**
* The largest supported value.
*/
val MAX: IntCenturies = IntCenturies(Int.MAX_VALUE)
}
}
/**
* Convert to [IntCenturies].
*/
val Int.centuries: IntCenturies
get() = IntCenturies(this)
/**
* Multiply by a number of centuries.
* @throws ArithmeticException if overflow occurs
*/
operator fun Int.times(centuries: IntCenturies) = centuries * this
/**
* Multiply by a number of centuries.
* @throws ArithmeticException if overflow occurs
*/
operator fun Long.times(centuries: IntCenturies) = centuries * this
/**
* A number of centuries.
*/
inline class LongCenturies(
/**
* The underlying value.
*/
val value: Long
) : Comparable {
/**
* Get the absolute value.
* @throws ArithmeticException if overflow occurs
*/
val absoluteValue: LongCenturies
get() = if (value < 0) LongCenturies(value.negateExact()) else this
/**
* Convert to months.
* @throws ArithmeticException if overflow occurs
*/
val inMonths: LongMonths
get() = (value timesExact MONTHS_PER_CENTURY).months
/**
* Convert to months without checking for overflow.
*/
internal val inMonthsUnchecked: LongMonths
get() = (value * MONTHS_PER_CENTURY).months
/**
* Convert to years.
* @throws ArithmeticException if overflow occurs
*/
val inYears: LongYears
get() = (value timesExact YEARS_PER_CENTURY).years
/**
* Convert to years without checking for overflow.
*/
internal val inYearsUnchecked: LongYears
get() = (value * YEARS_PER_CENTURY).years
/**
* Convert to decades.
* @throws ArithmeticException if overflow occurs
*/
val inDecades: LongDecades
get() = (value timesExact DECADES_PER_CENTURY).decades
/**
* Convert to decades without checking for overflow.
*/
internal val inDecadesUnchecked: LongDecades
get() = (value * DECADES_PER_CENTURY).decades
/**
* Is this duration zero?
*/
fun isZero(): Boolean = value == 0L
/**
* Is this duration negative?
*/
fun isNegative(): Boolean = value < 0L
/**
* Is this duration positive?
*/
fun isPositive(): Boolean = value > 0L
override fun compareTo(other: LongCenturies): Int = value.compareTo(other.value)
/**
* Convert to an ISO-8601 time interval representation.
*/
override fun toString(): String {
return when {
isZero() -> "P0Y"
value == Long.MIN_VALUE -> "-P9223372036854775808Y"
else -> buildString {
if (isNegative()) { append('-') }
append("P")
append(value.absoluteValue timesExact 100)
append('Y')
}
}
}
/**
* Negate the value.
* @throws ArithmeticException if overflow occurs
*/
operator fun unaryMinus() = LongCenturies(value.negateExact())
/**
* Negate the value without checking for overflow.
*/
internal fun negateUnchecked() = LongCenturies(-value)
/**
* Multiply by a scalar value.
* @throws ArithmeticException if overflow occurs
*/
operator fun times(scalar: Int) = LongCenturies(value timesExact scalar)
/**
* Multiply by a scalar value.
* @throws ArithmeticException if overflow occurs
*/
operator fun times(scalar: Long) = LongCenturies(value timesExact scalar)
/**
* Divide by a scalar value.
* @throws ArithmeticException if overflow occurs or the scalar is zero
*/
operator fun div(scalar: Int): LongCenturies {
return if (scalar == -1) {
-this
} else {
LongCenturies(value / scalar)
}
}
/**
* Divide by a scalar value.
* @throws ArithmeticException if overflow occurs or the scalar is zero
*/
operator fun div(scalar: Long): LongCenturies {
return if (scalar == -1L) {
-this
} else {
LongCenturies(value / scalar)
}
}
operator fun rem(scalar: Int) = LongCenturies(value % scalar)
operator fun rem(scalar: Long) = LongCenturies(value % scalar)
operator fun plus(months: IntMonths) = this.inMonths + months
operator fun minus(months: IntMonths) = this.inMonths - months
operator fun plus(months: LongMonths) = this.inMonths + months
operator fun minus(months: LongMonths) = this.inMonths - months
operator fun plus(years: IntYears) = this.inYears + years
operator fun minus(years: IntYears) = this.inYears - years
operator fun plus(years: LongYears) = this.inYears + years
operator fun minus(years: LongYears) = this.inYears - years
operator fun plus(decades: IntDecades) = this.inDecades + decades
operator fun minus(decades: IntDecades) = this.inDecades - decades
operator fun plus(decades: LongDecades) = this.inDecades + decades
operator fun minus(decades: LongDecades) = this.inDecades - decades
operator fun plus(centuries: IntCenturies) = LongCenturies(value plusExact centuries.value)
operator fun minus(centuries: IntCenturies) = LongCenturies(value minusExact centuries.value)
operator fun plus(centuries: LongCenturies) = LongCenturies(value plusExact centuries.value)
operator fun minus(centuries: LongCenturies) = LongCenturies(value minusExact centuries.value)
/**
* Convert to [IntCenturies].
* @throws ArithmeticException if overflow occurs
*/
fun toIntCenturies() = IntCenturies(value.toIntExact())
/**
* Convert to [IntCenturies] without checking for overflow.
*/
@PublishedApi
internal fun toIntCenturiesUnchecked() = IntCenturies(value.toInt())
/**
* Convert to a unit-less `Int` value.
* @throws ArithmeticException if overflow occurs
*/
fun toInt() = value.toIntExact()
/**
* Convert to a unit-less `Int` value without checking for overflow.
*/
internal fun toIntUnchecked() = value.toInt()
companion object {
/**
* The smallest supported value.
*/
val MIN: LongCenturies = LongCenturies(Long.MIN_VALUE)
/**
* The largest supported value.
*/
val MAX: LongCenturies = LongCenturies(Long.MAX_VALUE)
}
}
/**
* Convert to [LongCenturies].
*/
val Long.centuries: LongCenturies
get() = LongCenturies(this)
/**
* Multiply by a number of centuries.
* @throws ArithmeticException if overflow occurs
*/
operator fun Int.times(centuries: LongCenturies) = centuries * this
/**
* Multiply by a number of centuries.
* @throws ArithmeticException if overflow occurs
*/
operator fun Long.times(centuries: LongCenturies) = centuries * this
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