Scala Standard Library2.13.5 < Back
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# Packages

-  package root

  This is the documentation for the Scala standard library.

  This is the documentation for the Scala standard library.

  #### Package structure

  The scala package contains core types like `Int`, `Float`, `Array` or `Option` which are accessible in all Scala compilation units without explicit qualification or imports.

  Notable packages include:

  - `scala.collection` and its sub-packages contain Scala's collections framework
    - `scala.collection.immutable` - Immutable, sequential data-structures such as `Vector`, `List`, `Range`, `HashMap` or `HashSet`
    - `scala.collection.mutable` - Mutable, sequential data-structures such as `ArrayBuffer`, `StringBuilder`, `HashMap` or `HashSet`
    - `scala.collection.concurrent` - Mutable, concurrent data-structures such as `TrieMap`
  - `scala.concurrent` - Primitives for concurrent programming such as `Futures` and `Promises`
  - `scala.io` - Input and output operations
  - `scala.math` - Basic math functions and additional numeric types like `BigInt` and `BigDecimal`
  - `scala.sys` - Interaction with other processes and the operating system
  - `scala.util.matching` - Regular expressions

  Other packages exist. See the complete list on the right.

  Additional parts of the standard library are shipped as separate libraries. These include:

  - `scala.reflect` - Scala's reflection API (scala-reflect.jar)
  - `scala.xml` - XML parsing, manipulation, and serialization (scala-xml.jar)
  - `scala.collection.parallel` - Parallel collections (scala-parallel-collections.jar)
  - `scala.util.parsing` - Parser combinators (scala-parser-combinators.jar)
  - `scala.swing` - A convenient wrapper around Java's GUI framework called Swing (scala-swing.jar)

  #### Automatic imports

  Identifiers in the scala package and the `scala.Predef` object are always in scope by default.

  Some of these identifiers are type aliases provided as shortcuts to commonly used classes. For example, `List` is an alias for `scala.collection.immutable.List`.

  Other aliases refer to classes provided by the underlying platform. For example, on the JVM, `String` is an alias for `java.lang.String`.

  Definition Classes
    root
-  package scala

  Core Scala types.

  Core Scala types. They are always available without an explicit import.

  Definition Classes
    root
-  package jdk

  The jdk package contains utilities to interact with JDK classes.

  The jdk package contains utilities to interact with JDK classes.

  This packages offers a number of converters, that are able to wrap or copy types from the scala library to equivalent types in the JDK class library and vice versa:

  - CollectionConverters, converting collections like scala.collection.Seq, scala.collection.Map, scala.collection.Set, scala.collection.mutable.Buffer, scala.collection.Iterator and scala.collection.Iterable to their JDK counterparts
  - OptionConverters, converting between Option and java.util.Optional and primitive variations
  - StreamConverters, to create JDK Streams from scala collections
  - DurationConverters, for conversions between scala scala.concurrent.duration.FiniteDuration and java.time.Duration
  - FunctionConverters, from scala Functions to java java.util.function.Function, java.util.function.UnaryOperator, java.util.function.Consumer and java.util.function.Predicate, as well as primitive variations and Bi-variations.

  By convention, converters that wrap an object to provide a different interface to the same underlying data structure use .asScala and .asJava extension methods, whereas converters that copy the underlying data structure use .toScala and .toJava.

  In the javaapi package, the same converters can be found with a java-friendly interface that don't rely on implicit enrichments.

  Additionally, this package offers Accumulators, capable of efficiently traversing JDK Streams.

  Definition Classes
    scala
-  package javaapi
  Definition Classes
    jdk
- CollectionConverters
- DurationConverters
- FunctionConverters
- FutureConverters
- OptionConverters
- StreamConverters

o

scala.jdk.javaapi

# FunctionConverters

###

#### object FunctionConverters

This object contains methods that convert between Scala and Java function types.

The explicit conversion methods defined here are intended to be used in Java code. For Scala code, it is recommended to use the extension methods defined in scala.jdk.FunctionConverters.

For details how the function converters work, see scala.jdk.FunctionConverters.

Source
  FunctionConverters.scala

Linear Supertypes
AnyRef, Any
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Inherited

1. FunctionConverters
2. AnyRef
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Visibility

1. Public
2. Protected

### Value Members

1.  final def !=(arg0: Any): Boolean

   Test two objects for inequality.

   Test two objects for inequality.

   returns

     `true` if !(this == that), false otherwise.

   Definition Classes
     AnyRef → Any
2.  final def ##: Int

   Equivalent to `x.hashCode` except for boxed numeric types and `null`.

   Equivalent to `x.hashCode` except for boxed numeric types and `null`. For numerics, it returns a hash value which is consistent with value equality: if two value type instances compare as true, then ## will produce the same hash value for each of them. For `null` returns a hashcode where `null.hashCode` throws a `NullPointerException`.

   returns

     a hash value consistent with ==

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

   The expression `x == that` is equivalent to `if (x eq null) that eq null else x.equals(that)`.

   The expression `x == that` is equivalent to `if (x eq null) that eq null else x.equals(that)`.

   returns

     `true` if the receiver object is equivalent to the argument; `false` otherwise.

   Definition Classes
     AnyRef → Any
4.  final def asInstanceOf[T0]: T0

   Cast the receiver object to be of type `T0`.

   Cast the receiver object to be of type `T0`.

   Note that the success of a cast at runtime is modulo Scala's erasure semantics. Therefore the expression `1.asInstanceOf[String]` will throw a `ClassCastException` at runtime, while the expression `List(1).asInstanceOf[List[String]]` will not. In the latter example, because the type argument is erased as part of compilation it is not possible to check whether the contents of the list are of the requested type.

   returns

     the receiver object.

   Definition Classes
     Any
   Exceptions thrown

     `ClassCastException` if the receiver object is not an instance of the erasure of type `T0`.

5.  def asJavaBiConsumer[T, U](sf: (T, U) => BoxedUnit): BiConsumer[T, U]

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

   Annotations
     @inline()
6.  def asJavaBiFunction[T, U, R](sf: (T, U) => R): BiFunction[T, U, R]
   Annotations
     @inline()
7.  def asJavaBiPredicate[T, U](sf: (T, U) => java.lang.Boolean): BiPredicate[T, U]

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

   Annotations
     @inline()
8.  def asJavaBinaryOperator[T](sf: (T, T) => T): BinaryOperator[T]
   Annotations
     @inline()
9.  def asJavaBooleanSupplier(sf: () => java.lang.Boolean): BooleanSupplier

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

   Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

   Annotations
     @inline()
10.  def asJavaConsumer[T](sf: (T) => BoxedUnit): Consumer[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
11.  def asJavaDoubleBinaryOperator(sf: (java.lang.Double, java.lang.Double) => java.lang.Double): DoubleBinaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
12.  def asJavaDoubleConsumer(sf: (java.lang.Double) => BoxedUnit): DoubleConsumer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
13.  def asJavaDoubleFunction[R](sf: (java.lang.Double) => R): DoubleFunction[R]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
14.  def asJavaDoublePredicate(sf: (java.lang.Double) => java.lang.Boolean): DoublePredicate

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
15.  def asJavaDoubleSupplier(sf: () => java.lang.Double): DoubleSupplier

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
16.  def asJavaDoubleToIntFunction(sf: (java.lang.Double) => Integer): DoubleToIntFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
17.  def asJavaDoubleToLongFunction(sf: (java.lang.Double) => java.lang.Long): DoubleToLongFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
18.  def asJavaDoubleUnaryOperator(sf: (java.lang.Double) => java.lang.Double): DoubleUnaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
19.  def asJavaFunction[T, R](sf: (T) => R): java.util.function.Function[T, R]
    Annotations
      @inline()
20.  def asJavaIntBinaryOperator(sf: (Integer, Integer) => Integer): IntBinaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
21.  def asJavaIntConsumer(sf: (Integer) => BoxedUnit): IntConsumer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
22.  def asJavaIntFunction[R](sf: (Integer) => R): IntFunction[R]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
23.  def asJavaIntPredicate(sf: (Integer) => java.lang.Boolean): IntPredicate

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
24.  def asJavaIntSupplier(sf: () => Integer): IntSupplier

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
25.  def asJavaIntToDoubleFunction(sf: (Integer) => java.lang.Double): IntToDoubleFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
26.  def asJavaIntToLongFunction(sf: (Integer) => java.lang.Long): IntToLongFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
27.  def asJavaIntUnaryOperator(sf: (Integer) => Integer): IntUnaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
28.  def asJavaLongBinaryOperator(sf: (java.lang.Long, java.lang.Long) => java.lang.Long): LongBinaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
29.  def asJavaLongConsumer(sf: (java.lang.Long) => BoxedUnit): LongConsumer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
30.  def asJavaLongFunction[R](sf: (java.lang.Long) => R): LongFunction[R]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
31.  def asJavaLongPredicate(sf: (java.lang.Long) => java.lang.Boolean): LongPredicate

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
32.  def asJavaLongSupplier(sf: () => java.lang.Long): LongSupplier

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
33.  def asJavaLongToDoubleFunction(sf: (java.lang.Long) => java.lang.Double): LongToDoubleFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
34.  def asJavaLongToIntFunction(sf: (java.lang.Long) => Integer): LongToIntFunction

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
35.  def asJavaLongUnaryOperator(sf: (java.lang.Long) => java.lang.Long): LongUnaryOperator

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
36.  def asJavaObjDoubleConsumer[T](sf: (T, java.lang.Double) => BoxedUnit): ObjDoubleConsumer[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
37.  def asJavaObjIntConsumer[T](sf: (T, Integer) => BoxedUnit): ObjIntConsumer[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
38.  def asJavaObjLongConsumer[T](sf: (T, java.lang.Long) => BoxedUnit): ObjLongConsumer[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
39.  def asJavaPredicate[T](sf: (T) => java.lang.Boolean): Predicate[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
40.  def asJavaSupplier[T](sf: () => T): Supplier[T]
    Annotations
      @inline()
41.  def asJavaToDoubleBiFunction[T, U](sf: (T, U) => java.lang.Double): ToDoubleBiFunction[T, U]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
42.  def asJavaToDoubleFunction[T](sf: (T) => java.lang.Double): ToDoubleFunction[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
43.  def asJavaToIntBiFunction[T, U](sf: (T, U) => Integer): ToIntBiFunction[T, U]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
44.  def asJavaToIntFunction[T](sf: (T) => Integer): ToIntFunction[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
45.  def asJavaToLongBiFunction[T, U](sf: (T, U) => java.lang.Long): ToLongBiFunction[T, U]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
46.  def asJavaToLongFunction[T](sf: (T) => java.lang.Long): ToLongFunction[T]

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
47.  def asJavaUnaryOperator[T](sf: (T) => T): UnaryOperator[T]
    Annotations
      @inline()
48.  def asScalaFromBiConsumer[T, U](jf: BiConsumer[T, U]): (T, U) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
49.  def asScalaFromBiFunction[T, U, R](jf: BiFunction[T, U, R]): (T, U) => R
    Annotations
      @inline()
50.  def asScalaFromBiPredicate[T, U](jf: BiPredicate[T, U]): (T, U) => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
51.  def asScalaFromBinaryOperator[T](jf: BinaryOperator[T]): (T, T) => T
    Annotations
      @inline()
52.  def asScalaFromBooleanSupplier(jf: BooleanSupplier): () => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
53.  def asScalaFromConsumer[T](jf: Consumer[T]): (T) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
54.  def asScalaFromDoubleBinaryOperator(jf: DoubleBinaryOperator): (java.lang.Double, java.lang.Double) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
55.  def asScalaFromDoubleConsumer(jf: DoubleConsumer): (java.lang.Double) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
56.  def asScalaFromDoubleFunction[R](jf: DoubleFunction[R]): (java.lang.Double) => R

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
57.  def asScalaFromDoublePredicate(jf: DoublePredicate): (java.lang.Double) => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
58.  def asScalaFromDoubleSupplier(jf: DoubleSupplier): () => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
59.  def asScalaFromDoubleToIntFunction(jf: DoubleToIntFunction): (java.lang.Double) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
60.  def asScalaFromDoubleToLongFunction(jf: DoubleToLongFunction): (java.lang.Double) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
61.  def asScalaFromDoubleUnaryOperator(jf: DoubleUnaryOperator): (java.lang.Double) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
62.  def asScalaFromFunction[T, R](jf: java.util.function.Function[T, R]): (T) => R
    Annotations
      @inline()
63.  def asScalaFromIntBinaryOperator(jf: IntBinaryOperator): (Integer, Integer) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
64.  def asScalaFromIntConsumer(jf: IntConsumer): (Integer) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
65.  def asScalaFromIntFunction[R](jf: IntFunction[R]): (Integer) => R

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
66.  def asScalaFromIntPredicate(jf: IntPredicate): (Integer) => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
67.  def asScalaFromIntSupplier(jf: IntSupplier): () => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
68.  def asScalaFromIntToDoubleFunction(jf: IntToDoubleFunction): (Integer) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
69.  def asScalaFromIntToLongFunction(jf: IntToLongFunction): (Integer) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
70.  def asScalaFromIntUnaryOperator(jf: IntUnaryOperator): (Integer) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
71.  def asScalaFromLongBinaryOperator(jf: LongBinaryOperator): (java.lang.Long, java.lang.Long) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
72.  def asScalaFromLongConsumer(jf: LongConsumer): (java.lang.Long) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
73.  def asScalaFromLongFunction[R](jf: LongFunction[R]): (java.lang.Long) => R

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
74.  def asScalaFromLongPredicate(jf: LongPredicate): (java.lang.Long) => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
75.  def asScalaFromLongSupplier(jf: LongSupplier): () => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
76.  def asScalaFromLongToDoubleFunction(jf: LongToDoubleFunction): (java.lang.Long) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
77.  def asScalaFromLongToIntFunction(jf: LongToIntFunction): (java.lang.Long) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
78.  def asScalaFromLongUnaryOperator(jf: LongUnaryOperator): (java.lang.Long) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
79.  def asScalaFromObjDoubleConsumer[T](jf: ObjDoubleConsumer[T]): (T, java.lang.Double) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
80.  def asScalaFromObjIntConsumer[T](jf: ObjIntConsumer[T]): (T, Integer) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
81.  def asScalaFromObjLongConsumer[T](jf: ObjLongConsumer[T]): (T, java.lang.Long) => BoxedUnit

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
82.  def asScalaFromPredicate[T](jf: Predicate[T]): (T) => java.lang.Boolean

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
83.  def asScalaFromSupplier[T](jf: Supplier[T]): () => T
    Annotations
      @inline()
84.  def asScalaFromToDoubleBiFunction[T, U](jf: ToDoubleBiFunction[T, U]): (T, U) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
85.  def asScalaFromToDoubleFunction[T](jf: ToDoubleFunction[T]): (T) => java.lang.Double

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
86.  def asScalaFromToIntBiFunction[T, U](jf: ToIntBiFunction[T, U]): (T, U) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
87.  def asScalaFromToIntFunction[T](jf: ToIntFunction[T]): (T) => Integer

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
88.  def asScalaFromToLongBiFunction[T, U](jf: ToLongBiFunction[T, U]): (T, U) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
89.  def asScalaFromToLongFunction[T](jf: ToLongFunction[T]): (T) => java.lang.Long

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214).

    Note: this method uses the boxed type `java.lang.X` (or `BoxedUnit`) instead of the primitive type `scala.X` to improve compatibility when using it in Java code (the Scala compiler emits `C[Int]` as `C[Object]` in bytecode due to scala/bug#4214). In Scala code, add `import scala.jdk.FunctionConverters._` and use the extension methods instead.

    Annotations
      @inline()
90.  def asScalaFromUnaryOperator[T](jf: UnaryOperator[T]): (T) => T
    Annotations
      @inline()
91.  def clone(): AnyRef

    Create a copy of the receiver object.

    Create a copy of the receiver object.

    The default implementation of the `clone` method is platform dependent.

    returns

      a copy of the receiver object.

    Attributes
      protected[lang]
    Definition Classes
      AnyRef
    Annotations
      @throws(classOf[java.lang.CloneNotSupportedException]) @native()
    Note

      not specified by SLS as a member of AnyRef

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

    Tests whether the argument (`that`) is a reference to the receiver object (`this`).

    Tests whether the argument (`that`) is a reference to the receiver object (`this`).

    The `eq` method implements an equivalence relation on non-null instances of `AnyRef`, and has three additional properties:

    - It is consistent: for any non-null instances `x` and `y` of type `AnyRef`, multiple invocations of `x.eq(y)` consistently returns `true` or consistently returns `false`.
    - For any non-null instance `x` of type `AnyRef`, `x.eq(null)` and `null.eq(x)` returns `false`.
    - `null.eq(null)` returns `true`.

    When overriding the `equals` or `hashCode` methods, it is important to ensure that their behavior is consistent with reference equality. Therefore, if two objects are references to each other (`o1 eq o2`), they should be equal to each other (`o1 == o2`) and they should hash to the same value (`o1.hashCode == o2.hashCode`).

    returns

      `true` if the argument is a reference to the receiver object; `false` otherwise.

    Definition Classes
      AnyRef
93.  def equals(arg0: AnyRef): Boolean

    The equality method for reference types.

    The equality method for reference types. Default implementation delegates to `eq`.

    See also `equals` in scala.Any.

    returns

      `true` if the receiver object is equivalent to the argument; `false` otherwise.

    Definition Classes
      AnyRef → Any
94.  def finalize(): Unit

    Called by the garbage collector on the receiver object when there are no more references to the object.

    Called by the garbage collector on the receiver object when there are no more references to the object.

    The details of when and if the `finalize` method is invoked, as well as the interaction between `finalize` and non-local returns and exceptions, are all platform dependent.

    Attributes
      protected[lang]
    Definition Classes
      AnyRef
    Annotations
      @throws(classOf[java.lang.Throwable])
    Note

      not specified by SLS as a member of AnyRef

95.  final def getClass(): Class[_ <: AnyRef]

    Returns the runtime class representation of the object.

    Returns the runtime class representation of the object.

    returns

      a class object corresponding to the runtime type of the receiver.

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

    The hashCode method for reference types.

    The hashCode method for reference types. See hashCode in scala.Any.

    returns

      the hash code value for this object.

    Definition Classes
      AnyRef → Any
    Annotations
      @native()
97.  final def isInstanceOf[T0]: Boolean

    Test whether the dynamic type of the receiver object is `T0`.

    Test whether the dynamic type of the receiver object is `T0`.

    Note that the result of the test is modulo Scala's erasure semantics. Therefore the expression `1.isInstanceOf[String]` will return `false`, while the expression `List(1).isInstanceOf[List[String]]` will return `true`. In the latter example, because the type argument is erased as part of compilation it is not possible to check whether the contents of the list are of the specified type.

    returns

      `true` if the receiver object is an instance of erasure of type `T0`; `false` otherwise.

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

    Equivalent to `!(this eq that)`.

    Equivalent to `!(this eq that)`.

    returns

      `true` if the argument is not a reference to the receiver object; `false` otherwise.

    Definition Classes
      AnyRef
99.  final def notify(): Unit

    Wakes up a single thread that is waiting on the receiver object's monitor.

    Wakes up a single thread that is waiting on the receiver object's monitor.

    Definition Classes
      AnyRef
    Annotations
      @native()
    Note

      not specified by SLS as a member of AnyRef

100.  final def notifyAll(): Unit

     Wakes up all threads that are waiting on the receiver object's monitor.

     Wakes up all threads that are waiting on the receiver object's monitor.

     Definition Classes
       AnyRef
     Annotations
       @native()
     Note

       not specified by SLS as a member of AnyRef

101.  final def synchronized[T0](arg0: => T0): T0

     Executes the code in `body` with an exclusive lock on `this`.

     Executes the code in `body` with an exclusive lock on `this`.

     returns

       the result of `body`

     Definition Classes
       AnyRef
102.  def toString(): String

     Creates a String representation of this object.

     Creates a String representation of this object. The default representation is platform dependent. On the java platform it is the concatenation of the class name, "@", and the object's hashcode in hexadecimal.

     returns

       a String representation of the object.

     Definition Classes
       AnyRef → Any
103.  final def wait(): Unit

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait--.

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait--.

     Definition Classes
       AnyRef
     Annotations
       @throws(classOf[java.lang.InterruptedException])
     Note

       not specified by SLS as a member of AnyRef

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

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait-long-int-

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait-long-int-

     Definition Classes
       AnyRef
     Annotations
       @throws(classOf[java.lang.InterruptedException])
     Note

       not specified by SLS as a member of AnyRef

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

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait-long-.

     See https://docs.oracle.com/javase/8/docs/api/java/lang/Object.html#wait-long-.

     Definition Classes
       AnyRef
     Annotations
       @throws(classOf[java.lang.InterruptedException]) @native()
     Note

       not specified by SLS as a member of AnyRef

### Inherited from AnyRef

### Inherited from Any

### Ungrouped