lucuma.ui.reusability.package.scala Maven / Gradle / Ivy
// Copyright (c) 2016-2023 Association of Universities for Research in Astronomy, Inc. (AURA)
// For license information see LICENSE or https://opensource.org/licenses/BSD-3-Clause
package lucuma.ui
import cats.Eq
import cats.Order
import cats.data.NonEmptyList
import cats.data.NonEmptySet
import cats.kernel.instances.sortedMap._
import coulomb.Quantity
import eu.timepit.refined.api.RefType
import io.circe.Json
import japgolly.scalajs.react.Key
import japgolly.scalajs.react.ReactCats._
import japgolly.scalajs.react.Reusability
import lucuma.core.data.EnumZipper
import lucuma.core.geom.Area
import lucuma.core.math._
import lucuma.core.math.dimensional._
import lucuma.core.model._
import lucuma.core.model.sequence._
import lucuma.core.util.Enumerated
import lucuma.core.util.NewType
import lucuma.core.util.WithGid
import lucuma.core.util.WithUid
import react.common.Size
import java.time.Duration
import java.time.Instant
import scala.collection.immutable.SortedMap
import scala.collection.immutable.SortedSet
/**
* Instances of reusability for some utility types
*/
trait UtilReusabilityInstances {
given enumReuse[A: Enumerated]: Reusability[A] =
Reusability.by(Enumerated[A].tag)
given enumZipperReuse[A: Reusability]: Reusability[EnumZipper[A]] =
Reusability.by(z => (z.lefts, z.focus, z.rights))
given Reusability[Json] = Reusability.by_==
given sortedSetReuse[A: Order]: Reusability[SortedSet[A]] = Reusability.byEq
given sortedMapReuse[K, V: Eq]: Reusability[SortedMap[K, V]] = Reusability.byEq
given nonEmptyListReuse[A: Reusability]: Reusability[NonEmptyList[A]] =
Reusability.by(nel => (nel.head, nel.tail))
given nonEmptySetReuse[A]: Reusability[NonEmptySet[A]] =
Reusability.by(_.toSortedSet.unsorted)
given Reusability[Key] = Reusability.by_==
given reusabilityNewType[W, T <: NewType[W]#Type](using
reusability: Reusability[W]
): Reusability[T] =
reusability.asInstanceOf[Reusability[T]]
}
/**
* Instances of reusability for some common math types
*/
trait MathReusabilityInstances {
// Reusability for coulomb quantities.
given quantityReuse[N: Reusability, U]: Reusability[Quantity[N, U]] = Reusability.by(_.value)
given Reusability[Angle] = Reusability.by(_.toMicroarcseconds)
given Reusability[RightAscension] = Reusability.byEq
given Reusability[Declination] = Reusability.byEq
given Reusability[Coordinates] = Reusability.byEq
given Reusability[Epoch] = Reusability.byEq
given Reusability[ProperMotion] = Reusability.byEq
given Reusability[RadialVelocity] = Reusability.byEq
given Reusability[Parallax] = Reusability.byEq
given Reusability[BigDecimal] = Reusability.byEq
given sizeReuse(using Reusability[Double]): Reusability[Size] =
Reusability.by(x => (x.height, x.width))
given Reusability[Units] = Reusability.byEq
given measureReuse[N: Eq]: Reusability[Measure[N]] = Reusability.byEq
given Reusability[Range.Exclusive] = Reusability.by(x => (x.start, x.end, x.step))
given Reusability[Range.Inclusive] = Reusability.by(x => (x.start, x.end, x.step))
given Reusability[Area] = Reusability.byEq
given Reusability[WavelengthRange] = Reusability.byEq
}
/**
* reusability of time types
*/
trait TimeReusabilityInstances {
implicit val durationReuse: Reusability[Duration] = Reusability.by(_.getSeconds)
implicit val instantReuse: Reusability[Instant] =
Reusability.by(i => (i.getEpochSecond, i.getNano))
}
/**
* Generic reusability of refined types
*/
trait RefinedReusabiltyInstances {
given refTypeCogen[F[_, _], T: Reusability, P](using rt: RefType[F]): Reusability[F[T, P]] =
Reusability.by(rt.unwrap)
}
/**
* Reusability instances for model classes
*/
trait ModelReusabiltyInstances
extends RefinedReusabiltyInstances
with UtilReusabilityInstances
with MathReusabilityInstances
with TimeReusabilityInstances {
given gidReuse[Id <: WithGid#Id]: Reusability[Id] = Reusability.by(_.value)
given uidReuse[Id <: WithUid#Id]: Reusability[Id] = Reusability.by(_.toUuid)
given Reusability[OrcidId] = Reusability.by(_.value.toString)
given Reusability[OrcidProfile] = Reusability.byEq
given Reusability[Partner] = Reusability.byEq
given Reusability[StandardRole] = Reusability.byEq
given Reusability[StandardUser] = Reusability.byEq
given Reusability[CatalogInfo] = Reusability.byEq
given siderealTrackingReuse: Reusability[SiderealTracking] = Reusability.byEq
given Reusability[UnnormalizedSED] = Reusability.byEq
given Reusability[SourceProfile] = Reusability.byEq
given Reusability[User] = Reusability.byEq
given Reusability[Offset] = Reusability.byEq
given Reusability[Wavelength] = Reusability.byEq
given spectralDefinitionReuse[T]: Reusability[SpectralDefinition[T]] = Reusability.byEq
given Reusability[Semester] = Reusability.byEq
given Reusability[EphemerisKey] = Reusability.byEq
given Reusability[Target.Sidereal] = Reusability.byEq
given Reusability[Target.Nonsidereal] = Reusability.byEq
given Reusability[Target] = Reusability.byEq
given Reusability[ElevationRange.AirMass] = Reusability.byEq
given Reusability[ElevationRange.HourAngle] = Reusability.byEq
given Reusability[ElevationRange] = Reusability.byEq
given Reusability[ConstraintSet] = Reusability.byEq
given Reusability[ProposalClass] = Reusability.byEq
given Reusability[Proposal] = Reusability.byEq
// Sequences
given Reusability[GmosNodAndShuffle] = Reusability.byEq
given Reusability[GmosCcdMode] = Reusability.byEq
given Reusability[GmosGratingConfig] = Reusability.byEq
given gmosFpuMaskReuse[T: Eq]: Reusability[GmosFpuMask[T]] = Reusability.byEq
given Reusability[StaticConfig] = Reusability.byEq
given Reusability[StepConfig] = Reusability.byEq
given Reusability[StepTime] = Reusability.byEq
given Reusability[Step] = Reusability.byEq
given Reusability[Atom] = Reusability.byEq
given Reusability[ManualConfig] = Reusability.byEq
given Reusability[ExecutionSequence] = Reusability.byEq
given Reusability[FutureExecutionConfig] = Reusability.byEq
}
package object reusability
extends UtilReusabilityInstances
with MathReusabilityInstances
with ModelReusabiltyInstances
with TimeReusabilityInstances
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