maplibre-compose/dev.sargunv.maplibrecompose.core.expression/Expression

Expression

data class Expression<out T>

Types

object Companion : ExpressionScope

Functions

open operator fun Expression<Number>.div(b: Expression<Number>): Expression<Number>

open infix fun Expression<*>.eq(other: Expression<*>): Expression<Boolean>

@JvmName(name = "getAtIndex")

open operator fun <T> Expression<List<T>>.get(index: Expression<Number>): Expression<T>

@JvmName(name = "gtNumber")

open infix fun Expression<Number>.gt(other: Expression<Number>): Expression<Boolean>

@JvmName(name = "gtString")

open infix fun Expression<String>.gt(other: Expression<String>): Expression<Boolean>

@JvmName(name = "gteNumber")

open infix fun Expression<Number>.gte(other: Expression<Number>): Expression<Boolean>

@JvmName(name = "gteString")

open infix fun Expression<String>.gte(other: Expression<String>): Expression<Boolean>

@JvmName(name = "inListInfix")

open infix fun Expression<*>.in(other: Expression<List<*>>): Expression<Boolean>

@JvmName(name = "inStringInfix")

open infix fun Expression<String>.in(other: Expression<String>): Expression<Boolean>

@JvmName(name = "ltNumber")

open infix fun Expression<Number>.lt(other: Expression<Number>): Expression<Boolean>

@JvmName(name = "ltString")

open infix fun Expression<String>.lt(other: Expression<String>): Expression<Boolean>

@JvmName(name = "lteNumber")

open infix fun Expression<Number>.lte(other: Expression<Number>): Expression<Boolean>

@JvmName(name = "lteString")

open infix fun Expression<String>.lte(other: Expression<String>): Expression<Boolean>

open operator fun Expression<Number>.minus(other: Expression<Number>): Expression<Number>

open infix fun Expression<*>.neq(other: Expression<*>): Expression<Boolean>

@JvmName(name = "notOperator")

open operator fun Expression<Boolean>.not(): Expression<Boolean>

open operator fun Expression<Number>.plus(other: Expression<Number>): Expression<Number>

open fun Expression<Number>.pow(exponent: Expression<Number>): Expression<Number>

open operator fun Expression<Number>.rem(b: Expression<Number>): Expression<Number>

open infix fun <Output> Expression<Boolean>.then(output: Expression<Output>): ExpressionScope.CaseBranch<Output>

open operator fun Expression<Number>.times(other: Expression<Number>): Expression<Number>

open operator fun Expression<Number>.unaryMinus(): Expression<Number>