- Added a few more extension methods to support proper division

- Kotlin -> 1.7.21
- Dokka  -> 1.7.20
- JUnit  -> 5.9.1
- Cleanup repositories

build.gradle.kts

@@ -14,7 +14,7 @@ plugins {
     val kotlinVersion: String by System.getProperties()
 
     id ("org.jetbrains.kotlin.multiplatform") version kotlinVersion
-    id ("org.jetbrains.dokka"               ) version "1.6.0"
+    id ("org.jetbrains.dokka"               ) version "1.7.20"
     id ("maven-publish"                     )
     signing
 }
@@ -65,7 +65,7 @@ kotlin {
 
         jvm().compilations["test"].defaultSourceSet {
             dependencies {
-                implementation("junit:junit:$junitVersion")
+                implementation("org.junit.jupiter:junit-jupiter:$junitVersion")
                 implementation(kotlin("test-junit"))
             }
         }
@@ -81,10 +81,29 @@ kotlin {
 val dokkaJar by tasks.creating(Jar::class) {
     group = JavaBasePlugin.DOCUMENTATION_GROUP
     description = "Assembles Kotlin docs with Dokka"
-    classifier = "javadoc"
+    archiveClassifier.set("javadoc")
     from(tasks.dokkaHtml)
 }
 
+tasks.dokkaHtml {
+    outputDirectory.set(buildDir.resolve("javadoc"))
+
+    dokkaSourceSets {
+        configureEach {
+            includeNonPublic.set(false)
+
+            // Do not output deprecated members. Applies globally, can be overridden by packageOptions
+            skipDeprecated.set(true)
+
+            // Emit warnings about not documented members. Applies globally, also can be overridden by packageOptions
+            reportUndocumented.set(true)
+
+            // Do not create index pages for empty packages
+            skipEmptyPackages.set(true)
+        }
+    }
+}
+
 publishing {
     publications.withType<MavenPublication>().apply {
         val jvm by getting {

gradle.properties

@@ -1,7 +1,7 @@
-systemProp.kotlinVersion = 1.6.10
+systemProp.kotlinVersion = 1.7.21
 
-version            = 0.3.1
+version            = 0.3.2
 group              = io.nacular.measured
 
-junitVersion       = 4.12
+junitVersion       = 5.9.1
 kotlin.js.compiler = both

src/commonMain/kotlin/io/nacular/measured/units/BinarySize.kt

@@ -4,7 +4,7 @@ package io.nacular.measured.units
  * Units to measure computer storage, bandwidth, etc..
  */
 class BinarySize(suffix: String, ratio: Double = 1.0): Units(suffix, ratio) {
-    operator fun div(other: GraphicsLength) = ratio / other.ratio
+    operator fun div(other: BinarySize) = ratio / other.ratio
 
     companion object {
         val bytes     = BinarySize("B"                                  )

src/commonMain/kotlin/io/nacular/measured/units/Units.kt

@@ -220,6 +220,11 @@ operator fun <A: Units, B: Units> UnitsRatio<A, B>.div(other: UnitsRatio<A, Squa
 @JvmName("times5") operator fun <A: Units, B: Units, C: Units>           Measure<UnitsRatio<A, UnitsProduct<B, C>>>.times(other: Measure<B>               ): Measure<UnitsRatio<A, C>>                                   = amount * other.amount * (units * other.units)
 @JvmName("times6") operator fun <A: Units, B: Units, C: Units, D: Units> Measure<UnitsRatio<A, UnitsProduct<B, C>>>.times(other: Measure<D>               ): Measure<UnitsRatio<UnitsProduct<A, D>, UnitsProduct<B, C>>> = amount * other.amount * (units * other.units)
 
+@JvmName("times8" ) operator fun <A: Units> Measure<A>.times                      (other: Measure<InverseUnits<Square<A>>>): Measure<InverseUnits<A>> = this.amount * other.amount * InverseUnits(other.units.unit.first)
+@JvmName("times9" ) operator fun <A: Units> Measure<InverseUnits<Square<A>>>.times(other: Measure<A>                      ): Measure<InverseUnits<A>> = other * this
+@JvmName("times10") operator fun <A: Units> Measure<InverseUnits<A>>.times        (other: Measure<A>                      ): Double = this.amount * other.amount
+@JvmName("times11") operator fun <A: Units> Measure<A>.times                      (other: Measure<InverseUnits<A>>        ): Double = other * this
+
 // endregion
 
 // TODO: Kapt code generation possible?
@@ -246,6 +251,8 @@ operator fun <A: Units> Measure<A>.rem(other: Measure<A>): Double = amount % oth
 @JvmName("div14") operator fun <A: Units, B: Units, C: Units, D: Units> Measure<UnitsRatio<UnitsProduct<A, B>, UnitsProduct<C, D>>>.div(other: Measure<A>                       ): Measure<UnitsRatio<B, UnitsProduct<C, D>>>                  = amount / other.amount * (units / other.units)
 @JvmName("div15") operator fun <A: Units, B: Units>                     Measure<A>.                                                 div(other: Measure<UnitsRatio<A, B>>        ): Measure<B>                                                  = amount / other.amount * (units / other.units)
 
+operator fun <A: Units> Measure<InverseUnits<A>>.div  (other: Measure<InverseUnits<Square<A>>>): Measure<A> = this.amount * other.amount * other.units.unit.first
+
 // endregion
 
 // region ================ Measure * Units Math ============================
@@ -304,6 +311,9 @@ operator fun <T: Units> Number.times(unit: T): Measure<T>               = this i
 operator fun <T: Units> Number.div  (unit: T): Measure<InverseUnits<T>> = this into InverseUnits(unit)
 operator fun <T: Units> Number.times(measure: Measure<T>): Measure<T> = measure * this
 
+@JvmName("divMeasure"   ) operator fun <T: Units> Number.div  (measure: Measure<T>): Measure<InverseUnits<T>> = this.toDouble() / measure.amount * InverseUnits(measure.units)
+@JvmName("divInvMeasure") operator fun <T: Units> Number.div  (measure: Measure<InverseUnits<T>>): Measure<T> = this * measure.units.unit / measure.amount
+
 operator fun <T: Units> T.times (value: Number): Measure<T> = value into this
 operator fun <T: Units> T.invoke(value: Number): Measure<T> = value into this