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[Native][tests] Fix multimodule test samples to avoid @Test functions in modules compiled to KLIBs

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Such functions are not included into the test-runner generated during compilation of the main module.
This commit is contained in:
Dmitriy Dolovov
2021-11-17 15:58:23 +03:00
parent 200d92c287
commit 358f1216ad
6 changed files with 483 additions and 172 deletions
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native/native.tests/testData/samples/regular_multimodule.kt
Vendored
+81 -24
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@@ -1,35 +1,92 @@
// MODULE: a
// FILE: addition.kt
// MODULE: distance
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(distance,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: constants
// FILE: main.kt
const val TRIVIAL_PI = 3.14
// MODULE: shapes(mass,constants)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// MODULE: m(a)
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// MODULE: s(m)()
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: d(s)(s)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}
native/native.tests/testData/samples/regular_multimodule_implicit_first_module.kt
Vendored
+80 -40
View File
@@ -1,51 +1,91 @@
// FILE: addition.kt
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(default,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: constants
// FILE: main.kt
const val TRIVIAL_PI = 3.14
// MODULE: shapes(mass,constants)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// MODULE: b(default)
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: c(b)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}
// MODULE: d(default)
// FILE: division2.kt
import kotlin.test.*
@Test
fun division2 () {
assertEquals(42, 126 / 3)
}
// MODULE: e(d)
// FILE: division3.kt
import kotlin.test.*
@Test
fun division3 () {
assertEquals(42, 126 / 3)
}
native/native.tests/testData/samples/regular_multimodule_implicit_first_module_with_header_comment.kt
Vendored
+81 -23
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@@ -1,37 +1,95 @@
/**
* This is a header comment that should be prepended to the addition.kt file.
* This is a header comment that should be prepended to the default/entities.kt file.
*/
// FILE: addition.kt
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(default,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: constants
// FILE: main.kt
const val TRIVIAL_PI = 3.14
// MODULE: shapes(mass,constants)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// MODULE: b(default)
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: c(default)(default)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}
native/native.tests/testData/samples/regular_multimodule_implicit_first_module_with_header_statement.kt
Vendored
+79 -29
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@@ -1,40 +1,90 @@
// This is a statement that should go to main.kt in the default module:
const val TRIVIAL_PI = 3.14
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(default,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: shapes(mass)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun foo() {
println("This is a statement that should go to main.kt in the default module")
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// FILE: addition.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: b(default)
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
}
// MODULE: c(default)(default)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}
native/native.tests/testData/samples/regular_multimodule_with_header_comment.kt
Vendored
+82 -25
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@@ -1,39 +1,96 @@
/**
* This is a header comment that should be prepended to the addition.kt file.
* This is a header comment that should be prepended to the distance/entities.kt file.
*/
// MODULE: a
// FILE: addition.kt
// MODULE: distance
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(distance,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: constants
// FILE: main.kt
const val TRIVIAL_PI = 3.14
// MODULE: shapes(mass,constants)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// MODULE: m(a)
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// MODULE: s(m)()
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: d(s)(s)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}
native/native.tests/testData/samples/regular_multimodule_with_header_statement.kt
Vendored
+80 -31
View File
@@ -1,42 +1,91 @@
// This is a statement that should go to main.kt in the default module:
const val TRIVIAL_PI = 3.14
// MODULE: distance
// FILE: entities.kt
value class Length(val meters: Double)
value class SurfaceArea(val squareMeters: Double)
value class Volume(val cubicMeters: Double)
// FILE: extensions.kt
val Number.Meters: Length get() = Length(toDouble())
val Number.SquareMeters: SurfaceArea get() = SurfaceArea(toDouble())
val Number.CubicMeters: Volume get() = Volume(toDouble())
// FILE: operators.kt
operator fun Number.times(length: Length): Length = Length(toDouble() * length.meters)
operator fun Number.times(surfaceArea: SurfaceArea): SurfaceArea = SurfaceArea(toDouble() * surfaceArea.squareMeters)
operator fun Number.times(volume: Volume): Volume = Volume(toDouble() * volume.cubicMeters)
operator fun Length.times(factor: Number): Length = Length(meters * factor.toDouble())
operator fun Length.times(length: Length): SurfaceArea = SurfaceArea(meters * length.meters)
operator fun Length.times(surfaceArea: SurfaceArea): Volume = Volume(meters * surfaceArea.squareMeters)
operator fun SurfaceArea.times(factor: Number): SurfaceArea = SurfaceArea(squareMeters * factor.toDouble())
operator fun SurfaceArea.times(length: Length): Volume = Volume(squareMeters * length.meters)
operator fun Volume.times(factor: Number): Volume = Volume(cubicMeters * factor.toDouble())
// MODULE: density
// FILE: entities.kt
value class Density(val kilogramsPerCubicMeter: Double) {
companion object {
val AIR: Density = 1.2.KilogramsPerCubicMeter
val WATER: Density = 1000.KilogramsPerCubicMeter
}
}
// FILE: extensions.kt
val Number.KilogramsPerCubicMeter: Density get() = Density(toDouble())
// MODULE: mass(distance,density)
// FILE: entities.kt
value class Mass(val kilograms: Double)
// FILE: extensions.kt
val Number.Kilograms: Mass get() = Mass(toDouble())
// FILE: operators.kt
operator fun Volume.times(density: Density): Mass = Mass(cubicMeters * density.kilogramsPerCubicMeter)
operator fun Density.times(volume: Volume): Mass = Mass(kilogramsPerCubicMeter * volume.cubicMeters)
// MODULE: shapes(mass,default)
// FILE: default.kt
class Ball(private val radius: Length) {
val surfaceArea1: SurfaceArea get() = TRIVIAL_PI * radius * radius
val surfaceArea2: SurfaceArea get() = radius * TRIVIAL_PI * radius
val surfaceArea3: SurfaceArea get() = radius * radius * TRIVIAL_PI
val volume1: Volume get() = 0.75 * surfaceArea1 * radius
val volume2: Volume get() = 0.75 * (radius * surfaceArea1)
val volume3: Volume get() = surfaceArea1 * radius * 0.75
}
// MODULE: assertions(shapes)
// FILE: checks.kt
import kotlin.test.*
@Test
fun foo() {
println("This is a statement that should go to main.kt in the default module")
fun surfaceArea() {
with(Ball(10.Meters)) {
assertEquals(314.SquareMeters, surfaceArea1)
assertEquals(314.SquareMeters, surfaceArea2)
assertEquals(314.SquareMeters, surfaceArea3)
}
}
// MODULE: a
// FILE: addition.kt
import kotlin.test.*
@Test
fun addition() {
assertEquals(42, 40 + 2)
fun volume() {
with(Ball(20.Meters)) {
assertEquals(18840.CubicMeters, volume1)
assertEquals(18840.CubicMeters, volume2)
assertEquals(18840.CubicMeters, volume3)
}
}
// MODULE: m(a)
// FILE: multiplication.kt
import kotlin.test.*
@Test
fun multiplication () {
assertEquals(42, 21 * 2)
fun mass() {
assertEquals(6.Kilograms, 5.CubicMeters * Density.AIR)
assertEquals(3500.Kilograms, 3.5.CubicMeters * Density.WATER)
}
// MODULE: s(m)()
// FILE: subtraction.kt
import kotlin.test.*
@Test
fun subtraction () {
assertEquals(42, 50 - 8)
}
// MODULE: d(s)(s)
// FILE: division.kt
import kotlin.test.*
@Test
fun division () {
assertEquals(42, 126 / 3)
}