glok-model/uk.co.nickthecoder.glok.property.boilerplate/ReadOnlyFloatPropertyWrapper

ReadOnlyFloatPropertyWrapper

class ReadOnlyFloatPropertyWrapper(wraps: FloatProperty) : ReadOnlyPropertyWrapper<Float, Property<Float>> , ReadOnlyFloatProperty

Never use this class directly. Use FloatProperty.asReadOnly to obtain a read-only version of a mutable FloatProperty.

Boilerplate which avoids having to use generic. Instead of ReadOnlyPropertyWrapper<Float, Property<Float>>, use ReadOnlyFloatPropertyWrapper.

Constructors

ReadOnlyFloatPropertyWrapper

constructor(wraps: FloatProperty)

Properties

open override val bean: Any?

open override val beanName: String?

open override val value: Float

Functions

addBindChangeListener

open fun addBindChangeListener(lambda: (ObservableValue<Float>, Float, Float) -> Unit): ChangeListener<Float, ObservableValue<Float>>

open override fun addBindChangeListener(listener: ChangeListener<Float, ObservableValue<Float>>)

Identical to addChangeListener, but these listeners are guaranteed to fire BEFORE other listeners. These should be used for the sole purpose of updating single ObservableValues which are dependent on this ObservableValue. This helps (but doesn't guarantee) that properties change atomically. i.e. when one property changes, a related property also changes before other (regular) listeners fire. Therefore, the (regular) listeners cannot read inconsistent values.

addBindListener

open fun addBindListener(lambda: (Observable) -> Unit): InvalidationListener

open override fun addBindListener(listener: InvalidationListener)

Identical to addListener, but these listeners are guaranteed to fire BEFORE regular listeners. These should be used for the sole purpose of updating other ObservableValues which are dependent on this Observable.

addChangeListener

open fun addChangeListener(lambda: (ObservableValue<Float>, Float, Float) -> Unit): ChangeListener<Float, ObservableValue<Float>>

open override fun addChangeListener(listener: ChangeListener<Float, ObservableValue<Float>>)

open fun addListener(lambda: (Observable) -> Unit): InvalidationListener

open override fun addListener(listener: InvalidationListener)

addWeakChangeListener

open fun addWeakChangeListener(lambda: (ObservableValue<Float>, Float, Float) -> Unit): ChangeListener<Float, ObservableValue<Float>>

addWeakListener

open fun addWeakListener(lambda: (Observable) -> Unit): InvalidationListener

fun <T : Any> ObservableValue<T>.asNullable(): ObservableValue<T?>

Converts an ObservableValue, with a non-nullable to value, to an ObservableValue whose value IS nullable.

operator fun ObservableFloat.div(constant: Float): ObservableFloat

operator fun ObservableFloat.div(other: ObservableFloat): ObservableFloat

open fun equalTo(other: Float): ObservableBoolean

open fun equalTo(other: ObservableValue<Float>): ObservableBoolean

open operator fun getValue(thisRef: Any, kProperty: KProperty<*>): Float

Lets us declare a val using a for the value of this property, using this as a delegate. e.g.

fun ObservableFloat.greaterThan(value: Float): BooleanUnaryFunction<Float, ObservableFloat>

fun ObservableFloat.greaterThan(other: ObservableFloat): BooleanBinaryFunction<Float, ObservableFloat, Float, ObservableFloat>

greaterThanOrEqual

fun ObservableFloat.greaterThanOrEqual(value: Float): BooleanUnaryFunction<Float, ObservableFloat>

fun ObservableFloat.greaterThanOrEqual(other: ObservableFloat): BooleanBinaryFunction<Float, ObservableFloat, Float, ObservableFloat>

open fun isNotNull(): ObservableBoolean

open fun isNull(): ObservableBoolean

fun ObservableFloat.lessThan(value: Float): BooleanUnaryFunction<Float, ObservableFloat>

fun ObservableFloat.lessThan(other: ObservableFloat): BooleanBinaryFunction<Float, ObservableFloat, Float, ObservableFloat>

lessThanOrEqual

fun ObservableFloat.lessThanOrEqual(value: Float): BooleanUnaryFunction<Float, ObservableFloat>

fun ObservableFloat.lessThanOrEqual(other: ObservableFloat): BooleanBinaryFunction<Float, ObservableFloat, Float, ObservableFloat>

operator fun ObservableFloat.minus(constant: Float): ObservableFloat

operator fun ObservableFloat.minus(other: ObservableFloat): ObservableFloat

open fun notEqualTo(other: Float): ObservableBoolean

open fun notEqualTo(other: ObservableValue<Float>): ObservableBoolean

notSameInstance

open fun notSameInstance(other: Float): ObservableBoolean

open fun notSameInstance(other: ObservableValue<Float>): ObservableBoolean

operator fun ObservableFloat.plus(constant: Float): ObservableFloat

operator fun ObservableFloat.plus(other: ObservableFloat): ObservableFloat

operator fun ObservableFloat.rem(constant: Float): ObservableFloat

operator fun ObservableFloat.rem(other: ObservableFloat): ObservableFloat

removeChangeListener

open override fun removeChangeListener(listener: ChangeListener<Float, ObservableValue<Float>>)

open override fun removeListener(listener: InvalidationListener)

replaceNullWith

fun <T : Any> ObservableValue<T?>.replaceNullWith(defaultValue: T): ObservableValue<T>

Converts an ObservableValue, with a nullable to value, to an ObservableValue whose value is NOT nullable, by supplying a defaultValue.

open fun sameInstance(other: Float): ObservableBoolean

open fun sameInstance(other: ObservableValue<Float>): ObservableBoolean

operator fun ObservableFloat.times(constant: Float): ObservableFloat

operator fun ObservableFloat.times(other: ObservableFloat): ObservableFloat

fun ObservableFloat.toDouble(): ObservableDouble

fun ObservableFloat.toInt(): ObservableInt

toObservableString

open fun toObservableString(): ObservableString

open fun toObservableString(nullString: String): ObservableString

open override fun toString(): String

operator fun ObservableFloat.unaryMinus(): ObservableFloat