object ScalazLaw
- Source
- ScalazLaw.scala
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final
def
!=(arg0: Any): Boolean
- Definition Classes
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final
def
##(): Int
- Definition Classes
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final
def
==(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
- val align: ScalazLaw
- val alignAll: ScalazLaw
- val alignCollapse: ScalazLaw
- val applicative: ScalazLaw
- val applicativeAll: ScalazLaw
- val applicativeHomomorphism: ScalazLaw
- val applicativeIdentity: ScalazLaw
- val applicativeInterchange: ScalazLaw
- val applicativeMapConsistentWithAp: ScalazLaw
- val applicativePlus: ScalazLaw
- val apply: ScalazLaw
- val applyAll: ScalazLaw
- val applyComposition: ScalazLaw
- val arrow: ScalazLaw
- val arrowAll: ScalazLaw
- val arrowAssociation: ScalazLaw
- val arrowComposition: ScalazLaw
- val arrowExchange: ScalazLaw
- val arrowExtension: ScalazLaw
- val arrowFunctor: ScalazLaw
- val arrowIdentity: ScalazLaw
- val arrowUnit: ScalazLaw
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final
def
asInstanceOf[T0]: T0
- Definition Classes
- Any
- val associative: ScalazLaw
- val associativeLeftRight: ScalazLaw
- val associativeRightLeft: ScalazLaw
- val band: ScalazLaw
- val bandAll: ScalazLaw
- val bandIdempotency: ScalazLaw
- val bifoldable: ScalazLaw
- val bifoldableAll: ScalazLaw
- val bifoldableLeftFMConsistent: ScalazLaw
- val bifoldableRightFMConsistent: ScalazLaw
- val bifunctor: ScalazLaw
- val bind: ScalazLaw
- val bindAll: ScalazLaw
- val bindApConsistentWithBind: ScalazLaw
- val bindAssociativity: ScalazLaw
- val bindRec: ScalazLaw
- val bindRecAll: ScalazLaw
- val bindRecHandleManyBinds: ScalazLaw
- val bindRecTailrecBindConsistency: ScalazLaw
- val bitraverse: ScalazLaw
- val bitraverseAll: ScalazLaw
- val category: ScalazLaw
- val categoryAll: ScalazLaw
- val categoryLeftIdentity: ScalazLaw
- val categoryRightIdentity: ScalazLaw
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def
clone(): AnyRef
- Attributes
- protected[java.lang]
- Definition Classes
- AnyRef
- Annotations
- @native() @throws( ... )
- val cobind: ScalazLaw
- val cobindAll: ScalazLaw
- val cobindAssociative: ScalazLaw
- val comonad: ScalazLaw
- val comonadAll: ScalazLaw
- val comonadLeftIdentity: ScalazLaw
- val comonadRightIdentity: ScalazLaw
- val comonadTrans: ScalazLaw
- val comonadTransLaw1Nel: ScalazLaw
- val comonadTransLaw2Nel: ScalazLaw
- val compose: ScalazLaw
- val composeAll: ScalazLaw
- val composeAssociative: ScalazLaw
- val contravariant: ScalazLaw
- val contravariantAll: ScalazLaw
- val contravariantComposite: ScalazLaw
- val contravariantIdentity: ScalazLaw
- val divide: ScalazLaw
- val divideAll: ScalazLaw
- val divideComposition: ScalazLaw
- val divisible: ScalazLaw
- val divisibleAll: ScalazLaw
- val divisibleLeftIdentity: ScalazLaw
- val divisibleRightIdentity: ScalazLaw
- val enum: ScalazLaw
- val enumAll: ScalazLaw
- val enumMinMaxPred: ScalazLaw
- val enumMinMaxSucc: ScalazLaw
- val enumPredN: ScalazLaw
- val enumPredOrder: ScalazLaw
- val enumPredSucc: ScalazLaw
- val enumSuccN: ScalazLaw
- val enumSuccOrder: ScalazLaw
- val enumSuccPred: ScalazLaw
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final
def
eq(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
- val equal: ScalazLaw
- val equalCommutativity: ScalazLaw
- val equalNaturality: ScalazLaw
- val equalReflexive: ScalazLaw
- val equalTransitive: ScalazLaw
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def
equals(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
def
finalize(): Unit
- Attributes
- protected[java.lang]
- Definition Classes
- AnyRef
- Annotations
- @throws( classOf[java.lang.Throwable] )
- val foldable: ScalazLaw
- val foldable1: ScalazLaw
- val foldable1All: ScalazLaw
- val foldable1LeftFM1Consistent: ScalazLaw
- val foldable1RightFM1Consistent: ScalazLaw
- val foldableLeftFMConsistent: ScalazLaw
- val foldableRightFMConsistent: ScalazLaw
- val functor: ScalazLaw
- val functorAll: ScalazLaw
- val functorComposite: ScalazLaw
- val functorIdentity: ScalazLaw
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final
def
getClass(): Class[_]
- Definition Classes
- AnyRef → Any
- Annotations
- @native()
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def
hashCode(): Int
- Definition Classes
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- Annotations
- @native()
- val invariantFunctor: ScalazLaw
- val invariantFunctorComposite: ScalazLaw
- val invariantFunctorIdentity: ScalazLaw
- val isEmpty: ScalazLaw
- val isEmptyAll: ScalazLaw
- val isEmptyEmptyIsEmpty: ScalazLaw
- val isEmptyEmptyPlusIdentity: ScalazLaw
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final
def
isInstanceOf[T0]: Boolean
- Definition Classes
- Any
- val iso: ScalazLaw
- val isoA2B: ScalazLaw
- val isoB2A: ScalazLaw
- val lens: ScalazLaw
- val lensDoubleSet: ScalazLaw
- val lensIdentity: ScalazLaw
- val lensRetention: ScalazLaw
- val monad: ScalazLaw
- val monadAll: ScalazLaw
- val monadError: ScalazLaw
- val monadErrorAll: ScalazLaw
- val monadErrorErrorsRaised: ScalazLaw
- val monadErrorErrorsStopComputation: ScalazLaw
- val monadErrorRaisedErrorsHandled: ScalazLaw
- val monadLeftIdentity: ScalazLaw
- val monadPlus: ScalazLaw
- val monadPlusAll: ScalazLaw
- val monadPlusEmptyMap: ScalazLaw
- val monadPlusLeftZero: ScalazLaw
- val monadPlusRightZero: ScalazLaw
- val monadPlusStrong: ScalazLaw
- val monadPlusStrongAll: ScalazLaw
- val monadRightIdentity: ScalazLaw
- val monadState: ScalazLaw
- val monadStateAll: ScalazLaw
- val monadStateGetGet: ScalazLaw
- val monadStateGetPut: ScalazLaw
- val monadStatePutGet: ScalazLaw
- val monadStatePutPut: ScalazLaw
- val monadTrans: ScalazLaw
- val monadTransLaw1IList: ScalazLaw
- val monadTransLaw1Maybe: ScalazLaw
- val monadTransLaw2IList: ScalazLaw
- val monadTransLaw2Maybe: ScalazLaw
- val monoid: ScalazLaw
- val monoidAll: ScalazLaw
- val monoidLeftIdentity: ScalazLaw
- val monoidRightIdentity: ScalazLaw
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final
def
ne(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
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final
def
notify(): Unit
- Definition Classes
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- Annotations
- @native()
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final
def
notifyAll(): Unit
- Definition Classes
- AnyRef
- Annotations
- @native()
- val order: ScalazLaw
- val orderAll: ScalazLaw
- val orderAntisymmetric: ScalazLaw
- val orderConsistentScalaOrdering: ScalazLaw
- val orderOrderAndEqualConsistent: ScalazLaw
- val orderTransitiveOrder: ScalazLaw
- val plus: ScalazLaw
- val plusAll: ScalazLaw
- val plusAssociative: ScalazLaw
- val plusEmpty: ScalazLaw
- val plusEmptyAll: ScalazLaw
- val plusEmptyLeftIdentity: ScalazLaw
- val plusEmptyRightIdentity: ScalazLaw
- val profunctor: ScalazLaw
- val representable: ScalazLaw
- val representableRepUnrep: ScalazLaw
- val representableUnrepRep: ScalazLaw
- implicit val scalazLawGen: Gen[ScalazLaw]
- implicit val scalazLawOrder: Order[ScalazLaw]
- val semigroup: ScalazLaw
- val semigroupAssociative: ScalazLaw
- val semilattice: ScalazLaw
- val semilatticeAll: ScalazLaw
- val semilatticeCommutative: ScalazLaw
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final
def
synchronized[T0](arg0: ⇒ T0): T0
- Definition Classes
- AnyRef
-
def
toString(): String
- Definition Classes
- AnyRef → Any
- val traverse: ScalazLaw
- val traverse1: ScalazLaw
- val traverse1All: ScalazLaw
- val traverse1Identity: ScalazLaw
- val traverse1Naturality1: ScalazLaw
- val traverse1ParallelFusion1: ScalazLaw
- val traverse1SequentialFusion1: ScalazLaw
- val traverseAll: ScalazLaw
- val traverseIdentity: ScalazLaw
- val traverseNaturality: ScalazLaw
- val traverseParallelFusion: ScalazLaw
- val traversePurityIList: ScalazLaw
- val traversePurityMaybe: ScalazLaw
- val traverseSequentialFusion: ScalazLaw
- val values: List[ScalazLaw]
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final
def
wait(): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
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final
def
wait(arg0: Long, arg1: Int): Unit
- Definition Classes
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- Annotations
- @throws( ... )
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final
def
wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @native() @throws( ... )
- val zip: ScalazLaw
- val zipApply: ScalazLaw
- val zipPreservation: ScalazLaw
- val zipSymmetric: ScalazLaw