object Associative extends AssociativeLowPriority
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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
-
implicit
val
BigDecimalMaxCommutativeIdempotent: Commutative[Max[BigDecimal]] with Idempotent[Max[BigDecimal]]
The
Commutative
,Idempotent
instance for the max ofBigDecimal
values -
implicit
val
BigDecimalMinCommutativeIdempotent: Commutative[Min[BigDecimal]] with Idempotent[Min[BigDecimal]]
The
Commutative
,Idempotent
instance for the min ofBigDecimal
values -
implicit
val
BigDecimalProdCommutativeIdempotent: Commutative[Prod[BigDecimal]] with Idempotent[Prod[BigDecimal]]
The
Commutative
,Idempotent
instance for the product ofBigDecimal
values -
implicit
val
BigDecimalSumCommutativeIdempotent: Commutative[Sum[BigDecimal]] with Idempotent[Sum[BigDecimal]]
The
Commutative
,Idempotent
instance for the sum ofBigDecimal
values -
implicit
val
BigIntMaxCommutativeIdempotentIdentity: Commutative[Max[BigInt]] with Idempotent[Max[BigInt]]
The
Commutative
andIdempotent
instance for the max ofBigInt
values. -
implicit
val
BigIntMinCommutativeIdempotentIdentity: Commutative[Min[BigInt]] with Idempotent[Min[BigInt]]
The
Commutative
andIdempotent
instance for the min ofBigInt
values. -
implicit
val
BigIntProdCommutativeIdentity: Commutative[Prod[BigInt]] with Identity[Prod[BigInt]]
The
Commutative
andIdentity
instance for the product ofBigInt
values. -
implicit
val
BigIntSumCommutativeInverse: Commutative[Sum[BigInt]] with Inverse[Sum[BigInt]]
The
Commutative
andInverse
instance for the sum ofBigInt
values. -
implicit
val
BooleanAndFCommutativeIdempotentInverse: Commutative[AndF[Boolean]] with Idempotent[AndF[Boolean]] with Inverse[AndF[Boolean]]
The
Commutative
,Idempotent
andInverse
instance for theAndF
ofBoolean
values. -
implicit
val
BooleanConjunctionIdempotentInverse: Commutative[And] with Idempotent[And] with Inverse[And]
The
Commutative
,Idempotent
andInverse
instance for the conjunction ofBoolean
values. -
implicit
val
BooleanDisjunctionIdempotentInverse: Commutative[Or] with Idempotent[Or] with Inverse[Or]
The
Commutative
,Idempotent
andInverse
instance for the disjunction ofBoolean
values. -
implicit
val
BooleanMaxIdempotentIdentity: Commutative[Max[Boolean]] with Idempotent[Max[Boolean]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofBoolean
values. -
implicit
val
BooleanMinIdempotentIdentity: Commutative[Min[Boolean]] with Idempotent[Min[Boolean]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofBoolean
values. -
implicit
val
BooleanOrFCommutativeIdempotentInverse: Commutative[OrF[Boolean]] with Idempotent[OrF[Boolean]] with Inverse[OrF[Boolean]]
The
Commutative
,Idempotent
andInverse
instance for theOrF
of
Booleanvalues.
-
implicit
val
BooleanProdCommutativeIdentity: Commutative[Prod[Boolean]] with Idempotent[Prod[Boolean]] with Inverse[Prod[Boolean]]
The
Commutative
,Idempotent
andInverse
instance for the product ofBoolean
values. -
implicit
val
BooleanSumCommutativeInverse: Commutative[Sum[Boolean]] with Idempotent[Sum[Boolean]] with Inverse[Sum[Boolean]]
The
Commutative
,Idempotent
andInverse
instance for the sum ofBoolean
values. -
implicit
val
ByteMaxIdempotentIdentity: Commutative[Max[Byte]] with Idempotent[Max[Byte]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofByte
values. -
implicit
val
ByteMinIdempotentIdentity: Commutative[Min[Byte]] with Idempotent[Min[Byte]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofByte
values. -
implicit
val
ByteProdCommutativeIdentity: Commutative[Prod[Byte]] with Identity[Prod[Byte]]
The
Commutative
andIdentity
instance for the product ofByte
values. -
implicit
val
ByteSumCommutativeInverse: Commutative[Sum[Byte]] with Inverse[Sum[Byte]]
The
Commutative
andInverse
instance for the sum ofByte
values. -
implicit
def
CauseCommutativeIdentity[A]: Commutative[Both[Cause[A]]] with Identity[Both[Cause[A]]]
The
Commutative
andIdentity
instance forCause
. -
implicit
def
CauseIdentity[A]: Identity[AndThen[Cause[A]]]
The
Identity
instance forCause
. -
implicit
val
CharMaxIdempotentIdentity: Commutative[Max[Char]] with Idempotent[Max[Char]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofChar
values. -
implicit
val
CharMinIdempotentIdentity: Commutative[Min[Char]] with Idempotent[Min[Char]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofChar
values. -
implicit
val
CharProdCommutativeIdentity: Commutative[Prod[Char]] with Identity[Prod[Char]]
The
Commutative
andIdentity
instance for the product ofChar
values. -
implicit
val
CharSumCommutativeInverse: Commutative[Sum[Char]] with Inverse[Sum[Char]]
The
Commutative
andInverse
instance for the sum ofChar
values. -
implicit
def
ChunkIdentity[A]: Identity[Chunk[A]]
The
Identity
instance for the concatenation ofChunk[A]
values. -
implicit
def
DeriveAssociative[F[_], A](implicit derive: Derive[F, Associative], associative: Associative[A]): Associative[F[A]]
Derives an
Associative[F[A]]
given aDerive[F, Associative]
and anAssociative[A]
. -
implicit
val
DoubleMaxCommutativeIdempotentIdentity: Commutative[Max[Double]] with Idempotent[Max[Double]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofDouble
values. -
implicit
val
DoubleMinCommutativeIdempotentIdentity: Commutative[Min[Double]] with Idempotent[Min[Double]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofDouble
values. -
implicit
val
DoubleProdCommutativeIdentity: Commutative[Prod[Double]] with Identity[Prod[Double]]
The
Commutative
andIdentity
instance for the product ofDouble
values. -
implicit
val
DoubleSumCommutativeInverse: Commutative[Sum[Double]] with Inverse[Sum[Double]]
The
Commutative
andInverse
instance for the sum ofDouble
values. -
implicit
val
DurationZIOCommutativeIdentity: Commutative[zio.Duration] with Identity[zio.Duration]
The
Commutative
andIdentity
instance for ZIODuration
values. -
implicit
def
EitherAssociative[E, A](implicit arg0: Associative[A]): Associative[Either[E, A]]
Derives an
Associative[Either[E, A]]
given anAssociative[A]
. -
implicit
def
FirstAssociative[A]: Associative[First[A]]
The
Associative
instance for the first ofA
values. -
implicit
val
FloatMaxCommutativeIdempotentIdentity: Commutative[Max[Float]] with Idempotent[Max[Float]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofFloat
values. -
implicit
val
FloatMinCommutativeIdempotentIdentity: Commutative[Min[Float]] with Idempotent[Min[Float]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofFloat
values. -
implicit
val
FloatProdCommutativeIdentity: Commutative[Prod[Float]] with Identity[Prod[Float]]
The
Commutative
andIdentity
instance for the product ofFloat
values. -
implicit
val
FloatSumCommutativeInverse: Commutative[Sum[Float]] with Inverse[Sum[Float]]
The
Commutative
andInverse
instance for the sum ofFloat
values. - implicit def Function1Identity[A]: Identity[(A) ⇒ A]
-
implicit
val
IntMaxIdempotentIdentity: Commutative[Max[Int]] with Idempotent[Max[Int]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofInt
values. -
implicit
val
IntMinIdempotentIdentity: Commutative[Min[Int]] with Idempotent[Min[Int]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofInt
values. -
implicit
val
IntProdCommutativeIdentity: Commutative[Prod[Int]] with Identity[Prod[Int]]
The
Commutative
andIdentity
instance for the product ofInt
values.The
Commutative
andIdentity
instance for the product ofInt
values.- Definition Classes
- AssociativeLowPriority
-
implicit
val
IntSumCommutativeInverse: Commutative[Sum[Int]] with Inverse[Sum[Int]]
The
Commutative
andInverse
instance for the sum ofInt
values.The
Commutative
andInverse
instance for the sum ofInt
values.- Definition Classes
- AssociativeLowPriority
-
implicit
def
LastAssociative[A]: Associative[Last[A]]
The
Associative
instance for the last ofA
values. -
implicit
def
ListIdentity[A]: Identity[List[A]]
The
Identity
instance for the concatenation ofList[A]
values. -
implicit
val
LongMaxIdempotentIdentity: Commutative[Max[Long]] with Idempotent[Max[Long]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofLong
values. -
implicit
val
LongMinIdempotentIdentity: Commutative[Min[Long]] with Idempotent[Min[Long]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofLong
values. -
implicit
val
LongProdCommutativeIdentity: Commutative[Prod[Long]] with Identity[Prod[Long]]
The
Commutative
andIdentity
instance for the product ofLong
values. -
implicit
val
LongSumCommutativeInverse: Commutative[Sum[Long]] with Inverse[Sum[Long]]
The
Commutative
andInverse
instance for the sum ofLong
values. -
implicit
def
MapIdentity[K, V](implicit arg0: Associative[V]): Identity[Map[K, V]]
Derives an
Identity[Map[K, V]]
given anAssociative[V]
. -
implicit
def
MaxCommutative[A](implicit arg0: Ord[A]): Commutative[Max[A]]
The
Commutative
instance for the maximum ofA
values for which anOrd
is defined. -
implicit
def
MinCommutative[A](implicit arg0: Ord[A]): Commutative[Min[A]]
The
Commutative
instance for the minimum ofA
values for which anOrd
is defined. -
implicit
val
NaturalProdCommutativeIdentity: Commutative[Prod[Natural]] with Identity[Prod[Natural]]
The
Commutative
andIdentity
instance for the product ofNatural
values. -
implicit
val
NaturalSumCommutativeInverse: Commutative[Sum[Natural]] with Inverse[Sum[Natural]]
The
Commutative
andInverse
instance for the sum ofNatural
values. -
implicit
def
NonEmptyChunkAssociative[A]: Associative[NonEmptyChunk[A]]
The
Associative
instance for the concatenation ofNonEmptyChunk[A]
values. -
implicit
def
OptionIdentity[A](implicit arg0: Associative[A]): Identity[Option[A]]
Derives an
Identity[Option[A]]
given anAssociative[A]
. -
implicit
def
SetAndFCommutativeIdempotent[A]: Commutative[AndF[Set[A]]] with Idempotent[AndF[Set[A]]]
The
Commutative
andIdempotent
instance for the intersection ofSet[A]
values. -
implicit
def
SetOrFCommutativeIdempotentInverse[A]: Commutative[OrF[Set[A]]] with Idempotent[OrF[Set[A]]] with Inverse[OrF[Set[A]]]
The
Commutative
,Idempotent
andInverse
instance for the union ofSet[A]
values. -
implicit
val
ShortMaxIdempotentIdentity: Commutative[Max[Short]] with Idempotent[Max[Short]]
The
Commutative
,Idempotent
andIdentity
instance for the max ofShort
values. -
implicit
val
ShortMinIdempotentIdentity: Commutative[Min[Short]] with Idempotent[Min[Short]]
The
Commutative
,Idempotent
andIdentity
instance for the min ofShort
values. -
implicit
val
ShortProdCommutativeIdentity: Commutative[Prod[Short]] with Identity[Prod[Short]]
The
Commutative
andIdentity
instance for the product ofShort
values. -
implicit
val
ShortSumCommutativeIdentity: Commutative[Sum[Short]] with Inverse[Sum[Short]]
The
Commutative
andIdentity
instance for the sum ofShort
values. -
implicit
val
StringIdentity: Identity[String]
The
Identity
instance for the concatenation ofString
values. -
implicit
def
Tuple10Associative[A, B, C, D, E, F, G, H, I, J](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J]): Associative[(A, B, C, D, E, F, G, H, I, J)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple11Associative[A, B, C, D, E, F, G, H, I, J, K](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K]): Associative[(A, B, C, D, E, F, G, H, I, J, K)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple12Associative[A, B, C, D, E, F, G, H, I, J, K, L](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple13Associative[A, B, C, D, E, F, G, H, I, J, K, L, M](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple14Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple15Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple16Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple17Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple18Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q], arg17: Associative[R]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple19Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q], arg17: Associative[R], arg18: Associative[S]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple20Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q], arg17: Associative[R], arg18: Associative[S], arg19: Associative[T]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple21Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q], arg17: Associative[R], arg18: Associative[S], arg19: Associative[T], arg20: Associative[U]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple22Associative[A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I], arg9: Associative[J], arg10: Associative[K], arg11: Associative[L], arg12: Associative[M], arg13: Associative[N], arg14: Associative[O], arg15: Associative[P], arg16: Associative[Q], arg17: Associative[R], arg18: Associative[S], arg19: Associative[T], arg20: Associative[U], arg21: Associative[V]): Associative[(A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple2Associative[A, B](implicit arg0: Associative[A], arg1: Associative[B]): Associative[(A, B)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple3Associative[A, B, C](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C]): Associative[(A, B, C)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple4Associative[A, B, C, D](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D]): Associative[(A, B, C, D)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple5Associative[A, B, C, D, E](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E]): Associative[(A, B, C, D, E)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple6Associative[A, B, C, D, E, F](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F]): Associative[(A, B, C, D, E, F)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple7Associative[A, B, C, D, E, F, G](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G]): Associative[(A, B, C, D, E, F, G)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple8Associative[A, B, C, D, E, F, G, H](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H]): Associative[(A, B, C, D, E, F, G, H)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
Tuple9Associative[A, B, C, D, E, F, G, H, I](implicit arg0: Associative[A], arg1: Associative[B], arg2: Associative[C], arg3: Associative[D], arg4: Associative[E], arg5: Associative[F], arg6: Associative[G], arg7: Associative[H], arg8: Associative[I]): Associative[(A, B, C, D, E, F, G, H, I)]
Derives an
Associative
for a product type given anAssociative
for each element of the product type. -
implicit
def
VectorIdentity[A]: Identity[Vector[A]]
The
Identity
instance for the concatenation ofVector[A]
values. -
def
apply[A](implicit associative: Associative[A]): Associative[A]
Summons an implicit
Associative[A]
. -
final
def
asInstanceOf[T0]: T0
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def
clone(): AnyRef
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final
def
eq(arg0: AnyRef): Boolean
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def
equals(arg0: Any): Boolean
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def
finalize(): Unit
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final
def
getClass(): Class[_]
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def
hashCode(): Int
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final
def
isInstanceOf[T0]: Boolean
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-
def
make[A](f: (A, A) ⇒ A): Associative[A]
Constructs an
Associative
instance from an associative binary operator. -
final
def
ne(arg0: AnyRef): Boolean
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final
def
notify(): Unit
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final
def
notifyAll(): Unit
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final
def
synchronized[T0](arg0: ⇒ T0): T0
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def
toString(): String
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final
def
wait(): Unit
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final
def
wait(arg0: Long, arg1: Int): Unit
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final
def
wait(arg0: Long): Unit
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