scala-k8s-docs/io.k8s.api.core.v1/TopologySpreadConstraint

TopologySpreadConstraint

object TopologySpreadConstraint
Companion:
class
Source:
TopologySpreadConstraint.scala
trait Product
trait Mirror
class Object
trait Matchable
class Any

Type members

Inherited types

type MirroredElemLabels <: Tuple

The names of the product elements

The names of the product elements

Inherited from:
Mirror
Source:
Mirror.scala
type MirroredLabel <: String

The name of the type

The name of the type

Inherited from:
Mirror
Source:
Mirror.scala

Implicits

Implicits

obj.read[String]("topologyKey")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((topologyKey:String)=>obj.read[String]("whenUnsatisfiable")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((whenUnsatisfiable:String)=>obj.readOpt[Seq[String]]("matchLabelKeys")(arrDecoder[T,String](evidence$1,stringDecoder[T](evidence$1))).flatMap[String,TopologySpreadConstraint](((matchLabelKeys:Option[Seq[String]])=>obj.readOpt[Int]("minDomains")(intDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((minDomains:Option[Int])=>obj.readOpt[io.k8s.apimachinery.pkg.apis.meta.v1.LabelSelector]("labelSelector")(decoderOf[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((labelSelector:Option[LabelSelector])=>obj.readOpt[String]("nodeAffinityPolicy")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((nodeAffinityPolicy:Option[String])=>obj.readOpt[String]("nodeTaintsPolicy")(stringDecoder[T](evidence$1)).map[TopologySpreadConstraint](((nodeTaintsPolicy:Option[String])=>TopologySpreadConstraint.apply(maxSkew=maxSkew,topologyKey=topologyKey,whenUnsatisfiable=whenUnsatisfiable,matchLabelKeys=matchLabelKeys,minDomains=minDomains,labelSelector=labelSelector,nodeAffinityPolicy=nodeAffinityPolicy,nodeTaintsPolicy=nodeTaintsPolicy))))))))))))))))))) } (new$anon():Decoder[T,TopologySpreadConstraint]) }" class="documentableAnchor">
implicit def obj.read[String]("topologyKey")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((topologyKey:String)=>obj.read[String]("whenUnsatisfiable")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((whenUnsatisfiable:String)=>obj.readOpt[Seq[String]]("matchLabelKeys")(arrDecoder[T,String](evidence$1,stringDecoder[T](evidence$1))).flatMap[String,TopologySpreadConstraint](((matchLabelKeys:Option[Seq[String]])=>obj.readOpt[Int]("minDomains")(intDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((minDomains:Option[Int])=>obj.readOpt[io.k8s.apimachinery.pkg.apis.meta.v1.LabelSelector]("labelSelector")(decoderOf[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((labelSelector:Option[LabelSelector])=>obj.readOpt[String]("nodeAffinityPolicy")(stringDecoder[T](evidence$1)).flatMap[String,TopologySpreadConstraint](((nodeAffinityPolicy:Option[String])=>obj.readOpt[String]("nodeTaintsPolicy")(stringDecoder[T](evidence$1)).map[TopologySpreadConstraint](((nodeTaintsPolicy:Option[String])=>TopologySpreadConstraint.apply(maxSkew=maxSkew,topologyKey=topologyKey,whenUnsatisfiable=whenUnsatisfiable,matchLabelKeys=matchLabelKeys,minDomains=minDomains,labelSelector=labelSelector,nodeAffinityPolicy=nodeAffinityPolicy,nodeTaintsPolicy=nodeTaintsPolicy))))))))))))))))))) } (new$anon():Decoder[T,TopologySpreadConstraint]) }" class="documentableName ">decoderOf[T : Reader]: Decoder[T, TopologySpreadConstraint]