Value Members

1.  final def !=(arg0: Any): Boolean

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2.  final def ##(): Int

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3.  final def ==(arg0: Any): Boolean

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4.  final def asInstanceOf[T0]: T0

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5.  def clone(): AnyRef

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6.  final def eq(arg0: AnyRef): Boolean

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7.  def equals(arg0: Any): Boolean

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8.  def finalize(): Unit

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9.  final def getClass(): Class[_]

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10.  def getRandomAlpha(maxLength: Int, minLength: Int = 0): String

    Returns a string of pseudorandom lower and upper case letters from the current thread local random instance.

    Returns a string of pseudorandom lower and upper case letters from the current thread local random instance.

    maxLength

    The greatest number of char the random string the return can possibly be (inclusive)

    minLength

    The least number of char the random string will be; defaults to max value

    returns

    A pseudorandom Letters only string

    Definition Classes

    ThreadLocalRandom

11.  def getRandomAlphaNumeric(maxLength: Int, minLength: Int = 0): String

    Returns a string of pseudorandom numbers and lower/upper case letters from the current thread local random instance.

    Returns a string of pseudorandom numbers and lower/upper case letters from the current thread local random instance.

    maxLength

    The greatest number of char the random string the return can possibly be (inclusive)

    minLength

    The least number of char the random string will be; defaults to max value

    returns

    A pseudorandom Letters and Numbers string

    Definition Classes

    ThreadLocalRandom

12.  def getRandomCustom(maxLength: Int, minLength: Int, chars: Seq[Char]): String

    Returns a string of pseudorandom user defined input from the current thread local random instance.

    Returns a string of pseudorandom user defined input from the current thread local random instance.

    This is the work horse of the entire Random String set of functions as they are all just hard coded user defined char sets It is also where the random length of the string is determined for all of them

    maxLength

    The greatest number of char the random string the return can possibly be

    minLength

    The least number of char the random string will be; defaults to max value

    chars

    The seq of character's you wish to choose from to form this string

    returns

    A pseudorandom string from user defined values

    Definition Classes

    ThreadLocalRandom

13.  def getRandomDouble(max: Double = Double.MaxValue, min: Double = 1.0): Double

    Returns the next generated pseudorandom between Double.MaxValue and Double.MinValue from the current thread local random instance.

    Returns the next generated pseudorandom between Double.MaxValue and Double.MinValue from the current thread local random instance.

    max

    The greatest Double the return can possibly be (inclusive)

    min

    The least Double the return can possibly be (inclusive)

    returns

    A pseudorandom Double

    Definition Classes

    ThreadLocalRandom

    Note

    Within the java implementation of ThreadLocalRandom The origin (min) is inclusive The bound (max) is exclusive Have to do a little math on the decimal point to determine how much you need to add in order to make the max value inclusive We don't need to add 1 to the double that are valid Int's because a max of 1 min of 0 would result in a possible value of 1.1

14.  def getRandomDoubleFormatted(max: Double = Double.MaxValue, min: Double = 1.0, decimalPlaces: Int = 2): String

    Returns the next generated pseudorandom Double between user defined max and user defined min from the current thread local random instance with specific amount of decimal places.

    Returns the next generated pseudorandom Double between user defined max and user defined min from the current thread local random instance with specific amount of decimal places.

    max

    The greatest Double the return can possibly be (inclusive)

    min

    The least Double the return can possibly be (inclusive)

    decimalPlaces

    The amount of decimal places in the returned value

    returns

    A pseudorandom Double

    Definition Classes

    ThreadLocalRandom

15.  def getRandomFloat(max: Float = Float.MaxValue, min: Float = 1.0F): Float

    Returns the next generated pseudorandom between Float.MaxValue and Float.MinValue from the current thread local random instance.

    Returns the next generated pseudorandom between Float.MaxValue and Float.MinValue from the current thread local random instance.

    max

    The greatest Float the return can possibly be (inclusive)

    min

    The least Float the return can possibly be (inclusive)

    returns

    A pseudorandom Float

    Definition Classes

    ThreadLocalRandom

    Note

    Within the java implementation of ThreadLocalRandom The origin (min) is inclusive The bound (max) is exclusive Have to do a little math on the decimal point to determine how much you need to add in order to make the max value inclusive We don't need to add 1 to the double that are valid Int's because a max of 1 min of 0 would result in a possible value of 1.1

16.  def getRandomInt(max: Int = Int.MaxValue, min: Int = 1): Int

    Returns the next generated pseudorandom between Int.MaxValue and Int.MinValue from the current thread local random instance.

    Returns the next generated pseudorandom between Int.MaxValue and Int.MinValue from the current thread local random instance.

    max

    The greatest Int the return can possibly be (inclusive)

    min

    The least Int the return can possibly be (inclusive)

    returns

    A pseudorandom Int

    Definition Classes

    ThreadLocalRandom

    Note

    Within the java implementation of ThreadLocalRandom The origin (min) is inclusive The bound (max) is exclusive Which is why its necessary to sometimes add 1 behind the scenes to the max value so this becomes inclusive

17.  def getRandomLong(max: Long = Long.MaxValue, min: Long = 1L): Long

    Returns the next generated pseudorandom between Long.MaxValue and Long.MinValue from the current thread local random instance.

    Returns the next generated pseudorandom between Long.MaxValue and Long.MinValue from the current thread local random instance.

    max

    The greatest Long the return can possibly be (inclusive)

    min

    The least Long the return can possibly be (inclusive)

    returns

    A pseudorandom Long

    Definition Classes

    ThreadLocalRandom

    Note

    Within the java implementation of ThreadLocalRandom The origin (min) is inclusive The bound (max) is exclusive Which is why its necessary to sometimes add 1 behind the scenes to the max value so this becomes inclusive

18.  def getRandomNumeric(maxLength: Int, minLength: Int = 0): String

    Returns a string of pseudorandom numbers from the current thread local random instance.

    Returns a string of pseudorandom numbers from the current thread local random instance.

    maxLength

    The greatest number of char the random string the return can possibly be

    minLength

    The least number of char the random string will be; defaults to max value

    returns

    A pseudorandom Letters and Numbers string

    Definition Classes

    ThreadLocalRandom

19.  def getRandomZonedDateTime(alphaDateTime: ZonedDateTime, omegaDateTime: ZonedDateTime, zoneId: Option[String] = None): ZonedDateTime

    Returns the next generated pseudorandom Date and Time

    Returns the next generated pseudorandom Date and Time

    alphaDateTime

    The most distant a timestamp should be for the time range

    omegaDateTime

    The least distant a timestamp should be for the time range

    zoneId

    The timezone

    returns

    A pseudorandom ZonedDateTime

    Definition Classes

    ThreadLocalRandom

20.  def getRandomZonedDateTime(alphaDateTime: ZonedDateTime, omegaDateTime: ZonedDateTime, dateTimeFormat: String, zoneId: Option[String]): String

    Returns the next generated pseudorandom Date and Time

    Returns the next generated pseudorandom Date and Time

    alphaDateTime

    The most distant a timestamp should be for the time range

    omegaDateTime

    The least distant a timestamp should be for the time range

    dateTimeFormat

    The format the date and time should be in

    zoneId

    The timezone

    returns

    A pseudorandom Formatted String of ZonedDateTime

    Definition Classes

    ThreadLocalRandom

21.  def getRandomZonedDateTimeByOffset(pastOffsetInSeconds: Long, futureOffsetInSeconds: Long, mediumDateTime: ZonedDateTime): ZonedDateTime

    Returns the next generated pseudorandom Date and Time

    Returns the next generated pseudorandom Date and Time

    pastOffsetInSeconds

    The most distant a datetime should in seconds to be considered for the time range

    futureOffsetInSeconds

    The least distant a datetime should in seconds to be considered for the time range

    mediumDateTime

    The middle of the datetime range

    returns

    A pseudorandom ZonedDateTime

    Definition Classes

    ThreadLocalRandom

22.  def getRandomZonedDateTimeByOffset(dateTimeFormat: String, pastOffsetInSeconds: Long, futureOffsetInSeconds: Long, mediumDateTime: ZonedDateTime): String

    Returns the next generated pseudorandom Date and Time

    Returns the next generated pseudorandom Date and Time

    dateTimeFormat

    The format of the returned datetime

    pastOffsetInSeconds

    The most distant a datetime should in seconds to be considered for the time range

    futureOffsetInSeconds

    The least distant a datetime should in seconds to be considered for the time range

    mediumDateTime

    The middle of the datetime range

    returns

    A pseudorandom Formatted String of ZonedDateTime

    Definition Classes

    ThreadLocalRandom

23.  def hashCode(): Int

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24.  final def isInstanceOf[T0]: Boolean

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25.  final def ne(arg0: AnyRef): Boolean

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26.  final def notify(): Unit

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27.  final def notifyAll(): Unit

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28.  def setRandomSeed(seed: Long): Unit

    Sets the random seed for every ThreadLocalRandom call

    Sets the random seed for every ThreadLocalRandom call

    seed

    The value to use to seed the ThreadLocalRandom calls

    returns

    Unit

    Definition Classes

    ThreadLocalRandom

29.  final def synchronized[T0](arg0: ⇒ T0): T0

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30.  def toString(): String

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31.  final def wait(): Unit

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32.  final def wait(arg0: Long, arg1: Int): Unit

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33.  final def wait(arg0: Long): Unit

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