(Changed in version 2.8.0) +
creates a new map. Use +=
to add an element to this map and return that map itself.
(Changed in version 2.8.0) +
creates a new map. Use +=
to add an element to this map and return that map itself.
(Changed in version 2.8.0) ++
creates a new map. Use ++=
to add an element to this map and return that map itself.
(Changed in version 2.8.0) -
creates a new map. Use -=
to remove an element from this map and return that map itself.
(Changed in version 2.8.0) -
creates a new map. Use -=
to remove an element from this map and return that map itself.
(Changed in version 2.8.0) --
creates a new map. Use --=
to remove an element from this map and return that map itself.
Tests whether this object has the specified property as a direct property.
Tests whether this object has the specified property as a direct property.
Unlike js.Object.hasProperty, this method does not check down the object's prototype chain.
MDN
Tests whether this object is in the prototype chain of another object.
Tests whether this object is in the prototype chain of another object.
JavaScript Iterator for this Iterable.
JavaScript Iterator for this Iterable.
Tests whether the specified property in an object can be enumerated by a call to js.Object.properties, with the exception of properties inherited through the prototype chain.
Tests whether the specified property in an object can be enumerated by a call to js.Object.properties, with the exception of properties inherited through the prototype chain.
If the object does not have the specified property, this method returns false.
MDN
(Changed in version 2.9.0) The behavior of scanRight
has changed. The previous behavior can be reproduced with scanRight.reverse.
(Changed in version 2.9.0) The behavior of scanRight
has changed. The previous behavior can be reproduced with scanRight.reverse.
(Changed in version 2.9.0) transpose
throws an IllegalArgumentException
if collections are not uniformly sized.
(Changed in version 2.9.0) transpose
throws an IllegalArgumentException
if collections are not uniformly sized.
(Changed in version 2.8.0) values
returns Iterable[B]
rather than Iterator[B]
.
(map: WrappedMap[K, V]).addString(b, start, sep, end)
(map: WrappedMap[K, V]).addString(b)
(map: WrappedMap[K, V]).addString(b, sep)
(map: IterableOps[Tuple2[K, V]]).addString(b)
(map: IterableOps[Tuple2[K, V]]).addString(b, sep)
(map: IterableOps[Tuple2[K, V]]).addString(b, start, sep, end)
(map: WrappedMap[K, V]).canEqual(that)
(map: IterableOps[Tuple2[K, V]]).canEqual(that)
(map: WrappedMap[K, V]).clear()
(map: WrappedMap[K, V]).clone()
(map: WrappedMap[K, V]).companion
(map: IterableOps[Tuple2[K, V]]).companion
(map: WrappedMap[K, V]).drop(n)
(map: IterableOps[Tuple2[K, V]]).drop(n)
(map: WrappedMap[K, V]).dropRight(n)
(map: IterableOps[Tuple2[K, V]]).dropRight(n)
(map: WrappedMap[K, V]).equals(that)
(map: WrappedMap[K, V]).genericBuilder
(map: IterableOps[Tuple2[K, V]]).genericBuilder
(map: WrappedMap[K, V]).grouped(size)
(map: IterableOps[Tuple2[K, V]]).grouped(size)
(map: WrappedMap[K, V]).hasDefiniteSize
(map: IterableOps[Tuple2[K, V]]).hasDefiniteSize
(map: WrappedMap[K, V]).hashCode()
(map: WrappedMap[K, V]).head
(map: IterableOps[Tuple2[K, V]]).head
(map: WrappedMap[K, V]).headOption
(map: IterableOps[Tuple2[K, V]]).headOption
(map: WrappedMap[K, V]).init
(map: IterableOps[Tuple2[K, V]]).init
(map: WrappedMap[K, V]).inits
(map: IterableOps[Tuple2[K, V]]).inits
(map: WrappedMap[K, V]).isEmpty
(map: IterableOps[Tuple2[K, V]]).isEmpty
(map: WrappedMap[K, V]).isTraversableAgain
(map: IterableOps[Tuple2[K, V]]).isTraversableAgain
(map: WrappedMap[K, V]).iterator
(map: IterableOps[Tuple2[K, V]]).iterator
(map: WrappedMap[K, V]).last
(map: IterableOps[Tuple2[K, V]]).last
(map: WrappedMap[K, V]).lastOption
(map: IterableOps[Tuple2[K, V]]).lastOption
(map: WrappedMap[K, V]).mkString
(map: WrappedMap[K, V]).mkString(sep)
(map: WrappedMap[K, V]).mkString(start, sep, end)
(map: IterableOps[Tuple2[K, V]]).mkString
(map: IterableOps[Tuple2[K, V]]).mkString(sep)
(map: IterableOps[Tuple2[K, V]]).mkString(start, sep, end)
(map: WrappedMap[K, V]).nonEmpty
(map: IterableOps[Tuple2[K, V]]).nonEmpty
(map: WrappedMap[K, V]).par
(map: IterableOps[Tuple2[K, V]]).par
(map: WrappedMap[K, V]).repr
(map: IterableOps[Tuple2[K, V]]).repr
(map: WrappedMap[K, V]).seq
(map: IterableOps[Tuple2[K, V]]).seq
(map: WrappedMap[K, V]).size
(map: IterableOps[Tuple2[K, V]]).size
(map: WrappedMap[K, V]).slice(from, until)
(map: IterableOps[Tuple2[K, V]]).slice(from, until)
(map: WrappedMap[K, V]).sliding(size, step)
(map: WrappedMap[K, V]).sliding(size)
(map: IterableOps[Tuple2[K, V]]).sliding(size, step)
(map: IterableOps[Tuple2[K, V]]).sliding(size)
(map: WrappedMap[K, V]).splitAt(n)
(map: IterableOps[Tuple2[K, V]]).splitAt(n)
(map: WrappedMap[K, V]).stringPrefix
(map: IterableOps[Tuple2[K, V]]).stringPrefix
(map: WrappedMap[K, V]).tail
(map: IterableOps[Tuple2[K, V]]).tail
(map: WrappedMap[K, V]).tails
(map: IterableOps[Tuple2[K, V]]).tails
(map: WrappedMap[K, V]).take(n)
(map: IterableOps[Tuple2[K, V]]).take(n)
(map: WrappedMap[K, V]).takeRight(n)
(map: IterableOps[Tuple2[K, V]]).takeRight(n)
(map: WrappedMap[K, V]).toBuffer
(map: IterableOps[Tuple2[K, V]]).toBuffer
(map: WrappedMap[K, V]).toIndexedSeq
(map: IterableOps[Tuple2[K, V]]).toIndexedSeq
(map: WrappedMap[K, V]).toIterable
(map: IterableOps[Tuple2[K, V]]).toIterable
(map: WrappedMap[K, V]).toIterator
(map: IterableOps[Tuple2[K, V]]).toIterator
(map: WrappedMap[K, V]).toList
(map: IterableOps[Tuple2[K, V]]).toList
(map: WrappedMap[K, V]).toSeq
(map: IterableOps[Tuple2[K, V]]).toSeq
(map: WrappedMap[K, V]).toSet
(map: IterableOps[Tuple2[K, V]]).toSet
(map: WrappedMap[K, V]).toStream
(map: IterableOps[Tuple2[K, V]]).toStream
(map: WrappedMap[K, V]).toString()
(map: IterableOps[Tuple2[K, V]]).toString()
(map: WrappedMap[K, V]).toTraversable
(map: IterableOps[Tuple2[K, V]]).toTraversable
(map: WrappedMap[K, V]).toVector
(map: IterableOps[Tuple2[K, V]]).toVector
(map: WrappedMap[K, V]).view(from, until)
(map: WrappedMap[K, V]).view
(map: IterableOps[Tuple2[K, V]]).view(from, until)
(map: IterableOps[Tuple2[K, V]]).view
ECMAScript 2015
The Map object holds key-value pairs and remembers the original insertion order of the keys. Any value (both objects and primitive values) may be used as either a key or a value.
A type of key.
A type of value.
https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Map