UpdateProposalLens

org.plasmalabs.sdk.models.box.Value.UpdateProposal.UpdateProposalLens
implicit class UpdateProposalLens[UpperPB](_l: Lens[UpperPB, UpdateProposal]) extends ObjectLens[UpperPB, UpdateProposal]

Attributes

Graph
Supertypes
class ObjectLens[UpperPB, UpdateProposal]
trait Lens[UpperPB, UpdateProposal]
trait Serializable
class Object
trait Matchable
class Any
Show all

Members list

Value members

Concrete methods

def chainSelectionKLookback: Lens[UpperPB, Long]
def fEffective: Lens[UpperPB, Ratio]
def forwardBiasedSlotWindow: Lens[UpperPB, Long]
def kesKeyHours: Lens[UpperPB, Int]
def kesKeyMinutes: Lens[UpperPB, Int]
def label: Lens[UpperPB, String]
def operationalPeriodsPerEpoch: Lens[UpperPB, Long]
def optionalChainSelectionKLookback: Lens[UpperPB, Option[Long]]
def optionalFEffective: Lens[UpperPB, Option[Ratio]]
def optionalForwardBiasedSlotWindow: Lens[UpperPB, Option[Long]]
def optionalKesKeyHours: Lens[UpperPB, Option[Int]]
def optionalKesKeyMinutes: Lens[UpperPB, Option[Int]]
def optionalOperationalPeriodsPerEpoch: Lens[UpperPB, Option[Long]]
def optionalSlotDuration: Lens[UpperPB, Option[Duration]]
def optionalSlotGapLeaderElection: Lens[UpperPB, Option[Long]]
def optionalVrfAmplitude: Lens[UpperPB, Option[Ratio]]
def optionalVrfBaselineDifficulty: Lens[UpperPB, Option[Ratio]]
def optionalVrfLddCutoff: Lens[UpperPB, Option[Int]]
def optionalVrfPrecision: Lens[UpperPB, Option[Int]]
def slotDuration: Lens[UpperPB, Duration]
def slotGapLeaderElection: Lens[UpperPB, Long]
def vrfAmplitude: Lens[UpperPB, Ratio]
def vrfBaselineDifficulty: Lens[UpperPB, Ratio]
def vrfLddCutoff: Lens[UpperPB, Int]
def vrfPrecision: Lens[UpperPB, Int]

Inherited methods

def :=(a: UpdateProposal): () => UpperPB

alias to set

alias to set

Attributes

Inherited from:
Lens
def compose[B](other: Lens[UpdateProposal, B]): Lens[UpperPB, B]

Composes two lenses, this enables nesting.

Composes two lenses, this enables nesting.

If our field of type A has a sub-field of type B, then given a lens for it (other: Lens[A, B]) we can create a single lens from Container to B.

Attributes

Inherited from:
Lens
def field[A](getter: UpdateProposal => A)(setter: (UpdateProposal, A) => UpdateProposal): Lens[UpperPB, A]

Creates a sub-lens

Creates a sub-lens

Attributes

Inherited from:
ObjectLens
def field[A](lens: Lens[UpdateProposal, A]): Lens[UpperPB, A]

Creates a sub-lens

Creates a sub-lens

Attributes

Inherited from:
ObjectLens
override def get(u: UpperPB): UpdateProposal

get knows how to extract some field of type A from a container

get knows how to extract some field of type A from a container

Attributes

Definition Classes
ObjectLens -> Lens
Inherited from:
ObjectLens
def modify(f: UpdateProposal => UpdateProposal): () => UpperPB

Represent an update operator (like x.y += 1 )

Represent an update operator (like x.y += 1 )

Attributes

Inherited from:
Lens
override def set(c: UpdateProposal): () => UpperPB

Represents an assignment operator.

Represents an assignment operator.

Given a value of type A, sets knows how to transform a container such that a is assigned to the field.

We must have get(set(a)(c)) == a

Attributes

Definition Classes
ObjectLens -> Lens
Inherited from:
ObjectLens
def setIfDefined(aOpt: Option[UpdateProposal]): () => UpperPB

Optional assignment.

Optional assignment.

Given a Some[A], assign the Some's value to the field. Given None, the container is unchanged.

Attributes

Inherited from:
Lens
def update(ms: (Lens[UpdateProposal, UpdateProposal]) => () => UpdateProposal*): () => UpperPB

Attributes

Inherited from:
ObjectLens
def zip[B](other: Lens[UpperPB, B]): Lens[UpperPB, (UpdateProposal, B)]

Given two lenses with the same origin, returns a new lens that can mutate both values represented by both lenses through a tuple.

Given two lenses with the same origin, returns a new lens that can mutate both values represented by both lenses through a tuple.

Attributes

Inherited from:
Lens