Real

abstract class Real extends AnyRef

This class defines a uniform interface for defining parsers for floating literals, independent of how whitespace should be handled after the literal.

Source: Real.scala
Since: 4.0.0
Note: implementations of this class found within Lexer may employ sharing and refine the non-final defs in this class into val or lazy val when overriding.

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abstract def binary: Parsley[BigDecimal]
This parser will parse a single real number literal, which is in binary form (base 2).
This parser will parse a single real number literal, which is in binary form (base 2).

Since
4.0.0
To do
examples
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
abstract def decimal: Parsley[BigDecimal]
This parser will parse a single real number literal, which is in decimal form (base 10).
This parser will parse a single real number literal, which is in decimal form (base 10).

Since
4.0.0
To do
examples
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
abstract def hexadecimal: Parsley[BigDecimal]
This parser will parse a single real number literal, which is in hexadecimal form (base 16).
This parser will parse a single real number literal, which is in hexadecimal form (base 16).

Since
4.0.0
To do
examples
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
abstract def number: Parsley[BigDecimal]
This parser will parse a single number literal, which may be in many different forms/bases depending on the configuration provided.
This parser will parse a single number literal, which may be in many different forms/bases depending on the configuration provided.

Since
4.0.0
To do
examples
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
abstract def octal: Parsley[BigDecimal]
This parser will parse a single real number literal, which is in octal form (base 8).
This parser will parse a single real number literal, which is in octal form (base 8).

Since
4.0.0
To do
examples
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.

Concrete Value Members

final def !=(arg0: Any): Boolean

Definition Classes
AnyRef → Any
final def ##(): Int

Definition Classes
AnyRef → Any
final def ==(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def _binary: Parsley[BigDecimal]

Attributes
protected[numeric]
def _decimal: Parsley[BigDecimal]

Attributes
protected[numeric]
def _hexadecimal: Parsley[BigDecimal]

Attributes
protected[numeric]
def _number: Parsley[BigDecimal]

Attributes
protected[numeric]
def _octal: Parsley[BigDecimal]

Attributes
protected[numeric]
final def asInstanceOf[T0]: T0

Definition Classes
Any
lazy val binaryDouble: Parsley[Double]
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value.
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def binaryDoubleRounded: Parsley[Double]
This parser will behave the same as binary except it will round the result to the nearest valid Double.
This parser will behave the same as binary except it will round the result to the nearest valid Double.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
lazy val binaryExactDouble: Parsley[Double]
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value.
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val binaryExactFloat: Parsley[Float]
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value.
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val binaryFloat: Parsley[Float]
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as binary except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def binaryFloatRounded: Parsley[Float]
This parser will behave the same as binary except it will round the result to the nearest valid Float.
This parser will behave the same as binary except it will round the result to the nearest valid Float.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
def clone(): AnyRef

Attributes
protected[lang]
Definition Classes
AnyRef
Annotations
@throws( ... ) @native()
lazy val decimalDouble: Parsley[Double]
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value.
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def decimalDoubleRounded: Parsley[Double]
This parser will behave the same as decimal except it will round the result to the nearest valid Double.
This parser will behave the same as decimal except it will round the result to the nearest valid Double.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
lazy val decimalExactDouble: Parsley[Double]
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value.
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val decimalExactFloat: Parsley[Float]
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val decimalFloat: Parsley[Float]
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as decimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def decimalFloatRounded: Parsley[Float]
This parser will behave the same as decimal except it will round the result to the nearest valid Float.
This parser will behave the same as decimal except it will round the result to the nearest valid Float.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
lazy val double: Parsley[Double]
This parser will behave the same as number except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value.
This parser will behave the same as number except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def doubleRounded: Parsley[Double]
This parser will behave the same as number except it will round the result to the nearest valid Double.
This parser will behave the same as number except it will round the result to the nearest valid Double.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
def ensureDouble(number: Parsley[BigDecimal]): Parsley[Double]

Attributes
protected[numeric]
def ensureExactDouble(number: Parsley[BigDecimal]): Parsley[Double]

Attributes
protected[numeric]
def ensureExactFloat(number: Parsley[BigDecimal]): Parsley[Float]

Attributes
protected[numeric]
def ensureFloat(number: Parsley[BigDecimal]): Parsley[Float]

Attributes
protected[numeric]
final def eq(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def equals(arg0: Any): Boolean

Definition Classes
AnyRef → Any
lazy val exactDouble: Parsley[Double]
This parser will behave the same as number except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value.
This parser will behave the same as number except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val exactFloat: Parsley[Float]
This parser will behave the same as number except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value.
This parser will behave the same as number except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
def finalize(): Unit

Attributes
protected[lang]
Definition Classes
AnyRef
Annotations
@throws( classOf[java.lang.Throwable] )
lazy val float: Parsley[Float]
This parser will behave the same as number except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as number except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def floatRounded: Parsley[Float]
This parser will behave the same as number except it will round the result to the nearest valid Float.
This parser will behave the same as number except it will round the result to the nearest valid Float.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
final def getClass(): Class[_]

Definition Classes
AnyRef → Any
Annotations
@native()
def hashCode(): Int

Definition Classes
AnyRef → Any
Annotations
@native()
lazy val hexadecimalDouble: Parsley[Double]
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value.
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def hexadecimalDoubleRounded: Parsley[Double]
This parser will behave the same as hexadecimal except it will round the result to the nearest valid Double.
This parser will behave the same as hexadecimal except it will round the result to the nearest valid Double.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
lazy val hexadecimalExactDouble: Parsley[Double]
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value.
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val hexadecimalExactFloat: Parsley[Float]
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value.
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val hexadecimalFloat: Parsley[Float]
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as hexadecimal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def hexadecimalFloatRounded: Parsley[Float]
This parser will behave the same as hexadecimal except it will round the result to the nearest valid Float.
This parser will behave the same as hexadecimal except it will round the result to the nearest valid Float.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
final def isInstanceOf[T0]: Boolean

Definition Classes
Any
final def ne(arg0: AnyRef): Boolean

Definition Classes
AnyRef
final def notify(): Unit

Definition Classes
AnyRef
Annotations
@native()
final def notifyAll(): Unit

Definition Classes
AnyRef
Annotations
@native()
lazy val octalDouble: Parsley[Double]
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value.
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is within the maximum bounds of a double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def octalDoubleRounded: Parsley[Double]
This parser will behave the same as octal except it will round the result to the nearest valid Double.
This parser will behave the same as octal except it will round the result to the nearest valid Double.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
lazy val octalExactDouble: Parsley[Double]
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value.
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is an exactly represented double-precision IEEE 754 floating point value. The result is then converted to a Double.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val octalExactFloat: Parsley[Float]
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value.
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is an exactly represented single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the number is considered exact when it can be losslessly represented in binary.
lazy val octalFloat: Parsley[Float]
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value.
This parser will behave the same as octal except it will ensure that the resulting BigDecimal is within the maximum bounds of a single-precision IEEE 754 floating point value. The result is then converted to a Float.

Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
the validation is performed when the value is within the precision range, and rounding to the nearest exact value will still occur.
final def octalFloatRounded: Parsley[Float]
This parser will behave the same as octal except it will round the result to the nearest valid Float.
This parser will behave the same as octal except it will round the result to the nearest valid Float.

Annotations
@inline()
Since
4.0.0
Note
the exact behaviour of this parser is decided by the implementations given in Lexer, which will depend on user-defined configuration. Please see the relevant documentation of these specific objects.
,
if the values are too big or too negatively big, they will be rounded to the corresponding infinity.
final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
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def toString(): String

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final def wait(): Unit

Definition Classes
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@throws( ... )
final def wait(arg0: Long, arg1: Int): Unit

Definition Classes
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@throws( ... )
final def wait(arg0: Long): Unit

Definition Classes
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@throws( ... ) @native()

Packages

Real

abstract class Real extends AnyRef

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Real 

abstract class Real extends AnyRef

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Real