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Initial version of RangeContainsLowering, which optimizes calls to

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contains() on ClosedRanges.
This commit is contained in:
Mark Punzalan
2020-08-04 23:44:04 -07:00
committed by Alexander Udalov
parent ca541337d1
commit 1c1b1b4b0f
36 changed files with 1194 additions and 57 deletions
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compiler/testData/codegen/box/ranges/contains/evaluationOrderForDownTo.kt
Vendored
+27 -2
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@@ -1,5 +1,6 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
@@ -25,8 +26,32 @@ fun x(i: Int): Int {
}
fun box(): String {
expectOrder("0 in 1 .. 3", "HLX") { x(0) in high(3) downTo low(1) }
expectOrder("0 !in 1 .. 3", "HLX") { x(0) !in high(3) downTo low(1) }
expectOrder("x(0) in high(3) downTo low(1)", "HLX") { assertFalse(x(0) in high(3) downTo low(1)) }
expectOrder("0 in high(3) downTo low(1)", "HL") { assertFalse(0 in high(3) downTo low(1)) }
expectOrder("x(0) in high(3) downTo 1", "HX") { assertFalse(x(0) in high(3) downTo 1) }
expectOrder("x(0) in 3 downTo low(1)", "LX") { assertFalse(x(0) in 3 downTo low(1)) }
expectOrder("x(0) !in high(3) downTo low(1)", "HLX") { assertTrue(x(0) !in high(3) downTo low(1)) }
expectOrder("0 !in high(3) downTo low(1)", "HL") { assertTrue(0 !in high(3) downTo low(1)) }
expectOrder("x(0) !in high(3) downTo 1", "HX") { assertTrue(x(0) !in high(3) downTo 1) }
expectOrder("x(0) !in 3 downTo low(1)", "LX") { assertTrue(x(0) !in 3 downTo low(1)) }
expectOrder("x(4) in high(3) downTo low(1)", "HLX") { assertFalse(x(4) in high(3) downTo low(1)) }
expectOrder("4 in high(3) downTo low(1)", "HL") { assertFalse(4 in high(3) downTo low(1)) }
expectOrder("x(4) in high(3) downTo 1", "HX") { assertFalse(x(4) in high(3) downTo 1) }
expectOrder("x(4) in 3 downTo low(1)", "LX") { assertFalse(x(4) in 3 downTo low(1)) }
expectOrder("x(4) !in high(3) downTo low(1)", "HLX") { assertTrue(x(4) !in high(3) downTo low(1)) }
expectOrder("4 !in high(3) downTo low(1)", "HL") { assertTrue(4 !in high(3) downTo low(1)) }
expectOrder("x(4) !in high(3) downTo 1", "HX") { assertTrue(x(4) !in high(3) downTo 1) }
expectOrder("x(4) !in 3 downTo low(1)", "LX") { assertTrue(x(4) !in 3 downTo low(1)) }
expectOrder("x(2) in high(3) downTo low(1)", "HLX") { assertTrue(x(2) in high(3) downTo low(1)) }
expectOrder("2 in high(3) downTo low(1)", "HL") { assertTrue(2 in high(3) downTo low(1)) }
expectOrder("x(2) in high(3) downTo 1", "HX") { assertTrue(x(2) in high(3) downTo 1) }
expectOrder("x(2) in 3 downTo low(1)", "LX") { assertTrue(x(2) in 3 downTo low(1)) }
expectOrder("x(2) !in high(3) downTo low(1)", "HLX") { assertFalse(x(2) !in high(3) downTo low(1)) }
expectOrder("2 !in high(3) downTo low(1)", "HL") { assertFalse(2 !in high(3) downTo low(1)) }
expectOrder("x(2) !in high(3) downTo 1", "HX") { assertFalse(x(2) !in high(3) downTo 1) }
expectOrder("x(2) !in 3 downTo low(1)", "LX") { assertFalse(x(2) !in 3 downTo low(1)) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForDownToReversed.kt
Vendored
+57
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@@ -0,0 +1,57 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
inline fun expectOrder(at: String, expected: String, body: () -> Unit) {
order = StringBuilder() // have to do that in order to run this test in JS
body()
if (order.toString() != expected) throw AssertionError("$at: expected: $expected, actual: $order")
}
fun low(i: Int): Int {
order.append("L")
return i
}
fun high(i: Int): Int {
order.append("H")
return i
}
fun x(i: Int): Int {
order.append("X")
return i
}
fun box(): String {
expectOrder("x(0) in (high(3) downTo low(1)).reversed()", "HLX") { assertFalse(x(0) in (high(3) downTo low(1)).reversed()) }
expectOrder("0 in (high(3) downTo low(1)).reversed()", "HL") { assertFalse(0 in (high(3) downTo low(1)).reversed()) }
expectOrder("x(0) in high(3) downTo 1", "HX") { assertFalse(x(0) in high(3) downTo 1) }
expectOrder("x(0) in 3 downTo low(1)", "LX") { assertFalse(x(0) in 3 downTo low(1)) }
expectOrder("x(0) !in (high(3) downTo low(1)).reversed()", "HLX") { assertTrue(x(0) !in (high(3) downTo low(1)).reversed()) }
expectOrder("0 !in (high(3) downTo low(1)).reversed()", "HL") { assertTrue(0 !in (high(3) downTo low(1)).reversed()) }
expectOrder("x(0) !in high(3) downTo 1", "HX") { assertTrue(x(0) !in high(3) downTo 1) }
expectOrder("x(0) !in 3 downTo low(1)", "LX") { assertTrue(x(0) !in 3 downTo low(1)) }
expectOrder("x(4) in (high(3) downTo low(1)).reversed()", "HLX") { assertFalse(x(4) in (high(3) downTo low(1)).reversed()) }
expectOrder("4 in (high(3) downTo low(1)).reversed()", "HL") { assertFalse(4 in (high(3) downTo low(1)).reversed()) }
expectOrder("x(4) in high(3) downTo 1", "HX") { assertFalse(x(4) in high(3) downTo 1) }
expectOrder("x(4) in 3 downTo low(1)", "LX") { assertFalse(x(4) in 3 downTo low(1)) }
expectOrder("x(4) !in (high(3) downTo low(1)).reversed()", "HLX") { assertTrue(x(4) !in (high(3) downTo low(1)).reversed()) }
expectOrder("4 !in (high(3) downTo low(1)).reversed()", "HL") { assertTrue(4 !in (high(3) downTo low(1)).reversed()) }
expectOrder("x(4) !in high(3) downTo 1", "HX") { assertTrue(x(4) !in high(3) downTo 1) }
expectOrder("x(4) !in 3 downTo low(1)", "LX") { assertTrue(x(4) !in 3 downTo low(1)) }
expectOrder("x(2) in (high(3) downTo low(1)).reversed()", "HLX") { assertTrue(x(2) in (high(3) downTo low(1)).reversed()) }
expectOrder("2 in (high(3) downTo low(1)).reversed()", "HL") { assertTrue(2 in (high(3) downTo low(1)).reversed()) }
expectOrder("x(2) in high(3) downTo 1", "HX") { assertTrue(x(2) in high(3) downTo 1) }
expectOrder("x(2) in 3 downTo low(1)", "LX") { assertTrue(x(2) in 3 downTo low(1)) }
expectOrder("x(2) !in (high(3) downTo low(1)).reversed()", "HLX") { assertFalse(x(2) !in (high(3) downTo low(1)).reversed()) }
expectOrder("2 !in (high(3) downTo low(1)).reversed()", "HL") { assertFalse(2 !in (high(3) downTo low(1)).reversed()) }
expectOrder("x(2) !in high(3) downTo 1", "HX") { assertFalse(x(2) !in high(3) downTo 1) }
expectOrder("x(2) !in 3 downTo low(1)", "LX") { assertFalse(x(2) !in 3 downTo low(1)) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForNullableArgument.kt
Vendored
+66
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@@ -0,0 +1,66 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
inline fun expectOrder(at: String, expected: String, body: () -> Unit) {
order = StringBuilder() // have to do that in order to run this test in JS
body()
if (order.toString() != expected) throw AssertionError("$at: expected: $expected, actual: $order")
}
fun low(i: Int): Int {
order.append("L")
return i
}
fun high(i: Int): Int {
order.append("H")
return i
}
fun x(i: Int?): Int? {
order.append("X")
return i
}
fun box(): String {
expectOrder("x(null) in low(1) .. high(3)", "LHX") { assertFalse(x(null) in low(1) .. high(3)) }
expectOrder("null in low(1) .. high(3)", "LH") { assertFalse(null in low(1) .. high(3)) }
expectOrder("x(null) in 1 .. high(3)", "HX") { assertFalse(x(null) in 1 .. high(3)) }
expectOrder("x(null) in low(1) .. 3", "LX") { assertFalse(x(null) in low(1) .. 3) }
expectOrder("x(null) !in low(1) .. high(3)", "LHX") { assertTrue(x(null) !in low(1) .. high(3)) }
expectOrder("null !in low(1) .. high(3)", "LH") { assertTrue(null !in low(1) .. high(3)) }
expectOrder("x(null) !in 1 .. high(3)", "HX") { assertTrue(x(null) !in 1 .. high(3)) }
expectOrder("x(null) !in low(1) .. 3", "LX") { assertTrue(x(null) !in low(1) .. 3) }
expectOrder("x(0) in low(1) .. high(3)", "LHX") { assertFalse(x(0) in low(1) .. high(3)) }
expectOrder("0 in low(1) .. high(3)", "LH") { assertFalse(0 in low(1) .. high(3)) }
expectOrder("x(0) in 1 .. high(3)", "HX") { assertFalse(x(0) in 1 .. high(3)) }
expectOrder("x(0) in low(1) .. 3", "LX") { assertFalse(x(0) in low(1) .. 3) }
expectOrder("x(0) !in low(1) .. high(3)", "LHX") { assertTrue(x(0) !in low(1) .. high(3)) }
expectOrder("0 !in low(1) .. high(3)", "LH") { assertTrue(0 !in low(1) .. high(3)) }
expectOrder("x(0) !in 1 .. high(3)", "HX") { assertTrue(x(0) !in 1 .. high(3)) }
expectOrder("x(0) !in low(1) .. 3", "LX") { assertTrue(x(0) !in low(1) .. 3) }
expectOrder("x(4) in low(1) .. high(3)", "LHX") { assertFalse(x(4) in low(1) .. high(3)) }
expectOrder("4 in low(1) .. high(3)", "LH") { assertFalse(4 in low(1) .. high(3)) }
expectOrder("x(4) in 1 .. high(3)", "HX") { assertFalse(x(4) in 1 .. high(3)) }
expectOrder("x(4) in low(1) .. 3", "LX") { assertFalse(x(4) in low(1) .. 3) }
expectOrder("x(4) !in low(1) .. high(3)", "LHX") { assertTrue(x(4) !in low(1) .. high(3)) }
expectOrder("4 !in low(1) .. high(3)", "LH") { assertTrue(4 !in low(1) .. high(3)) }
expectOrder("x(4) !in 1 .. high(3)", "HX") { assertTrue(x(4) !in 1 .. high(3)) }
expectOrder("x(4) !in low(1) .. 3", "LX") { assertTrue(x(4) !in low(1) .. 3) }
expectOrder("x(2) in low(1) .. high(3)", "LHX") { assertTrue(x(2) in low(1) .. high(3)) }
expectOrder("2 in low(1) .. high(3)", "LH") { assertTrue(2 in low(1) .. high(3)) }
expectOrder("x(2) in 1 .. high(3)", "HX") { assertTrue(x(2) in 1 .. high(3)) }
expectOrder("x(2) in low(1) .. 3", "LX") { assertTrue(x(2) in low(1) .. 3) }
expectOrder("x(2) !in low(1) .. high(3)", "LHX") { assertFalse(x(2) !in low(1) .. high(3)) }
expectOrder("2 !in low(1) .. high(3)", "LH") { assertFalse(2 !in low(1) .. high(3)) }
expectOrder("x(2) !in 1 .. high(3)", "HX") { assertFalse(x(2) !in 1 .. high(3)) }
expectOrder("x(2) !in low(1) .. 3", "LX") { assertFalse(x(2) !in low(1) .. 3) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForRangeLiteral.kt
Vendored
+27 -2
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@@ -1,5 +1,6 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
@@ -25,8 +26,32 @@ fun x(i: Int): Int {
}
fun box(): String {
expectOrder("0 in 1 .. 3", "LHX") { x(0) in low(1) .. high(3) }
expectOrder("0 !in 1 .. 3", "LHX") { x(0) !in low(1) .. high(3) }
expectOrder("x(0) in low(1) .. high(3)", "LHX") { assertFalse(x(0) in low(1) .. high(3)) }
expectOrder("0 in low(1) .. high(3)", "LH") { assertFalse(0 in low(1) .. high(3)) }
expectOrder("x(0) in 1 .. high(3)", "HX") { assertFalse(x(0) in 1 .. high(3)) }
expectOrder("x(0) in low(1) .. 3", "LX") { assertFalse(x(0) in low(1) .. 3) }
expectOrder("x(0) !in low(1) .. high(3)", "LHX") { assertTrue(x(0) !in low(1) .. high(3)) }
expectOrder("0 !in low(1) .. high(3)", "LH") { assertTrue(0 !in low(1) .. high(3)) }
expectOrder("x(0) !in 1 .. high(3)", "HX") { assertTrue(x(0) !in 1 .. high(3)) }
expectOrder("x(0) !in low(1) .. 3", "LX") { assertTrue(x(0) !in low(1) .. 3) }
expectOrder("x(4) in low(1) .. high(3)", "LHX") { assertFalse(x(4) in low(1) .. high(3)) }
expectOrder("4 in low(1) .. high(3)", "LH") { assertFalse(4 in low(1) .. high(3)) }
expectOrder("x(4) in 1 .. high(3)", "HX") { assertFalse(x(4) in 1 .. high(3)) }
expectOrder("x(4) in low(1) .. 3", "LX") { assertFalse(x(4) in low(1) .. 3) }
expectOrder("x(4) !in low(1) .. high(3)", "LHX") { assertTrue(x(4) !in low(1) .. high(3)) }
expectOrder("4 !in low(1) .. high(3)", "LH") { assertTrue(4 !in low(1) .. high(3)) }
expectOrder("x(4) !in 1 .. high(3)", "HX") { assertTrue(x(4) !in 1 .. high(3)) }
expectOrder("x(4) !in low(1) .. 3", "LX") { assertTrue(x(4) !in low(1) .. 3) }
expectOrder("x(2) in low(1) .. high(3)", "LHX") { assertTrue(x(2) in low(1) .. high(3)) }
expectOrder("2 in low(1) .. high(3)", "LH") { assertTrue(2 in low(1) .. high(3)) }
expectOrder("x(2) in 1 .. high(3)", "HX") { assertTrue(x(2) in 1 .. high(3)) }
expectOrder("x(2) in low(1) .. 3", "LX") { assertTrue(x(2) in low(1) .. 3) }
expectOrder("x(2) !in low(1) .. high(3)", "LHX") { assertFalse(x(2) !in low(1) .. high(3)) }
expectOrder("2 !in low(1) .. high(3)", "LH") { assertFalse(2 !in low(1) .. high(3)) }
expectOrder("x(2) !in 1 .. high(3)", "HX") { assertFalse(x(2) !in 1 .. high(3)) }
expectOrder("x(2) !in low(1) .. 3", "LX") { assertFalse(x(2) !in low(1) .. 3) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForRangeLiteralReversed.kt
Vendored
+57
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@@ -0,0 +1,57 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
inline fun expectOrder(at: String, expected: String, body: () -> Unit) {
order = StringBuilder() // have to do that in order to run this test in JS
body()
if (order.toString() != expected) throw AssertionError("$at: expected: $expected, actual: $order")
}
fun low(i: Int): Int {
order.append("L")
return i
}
fun high(i: Int): Int {
order.append("H")
return i
}
fun x(i: Int): Int {
order.append("X")
return i
}
fun box(): String {
expectOrder("x(0) in (low(1) .. high(3)).reversed()", "LHX") { assertFalse(x(0) in (low(1) .. high(3)).reversed()) }
expectOrder("0 in (low(1) .. high(3)).reversed()", "LH") { assertFalse(0 in (low(1) .. high(3)).reversed()) }
expectOrder("x(0) in 1 .. high(3)", "HX") { assertFalse(x(0) in 1 .. high(3)) }
expectOrder("x(0) in low(1) .. 3", "LX") { assertFalse(x(0) in low(1) .. 3) }
expectOrder("x(0) !in (low(1) .. high(3)).reversed()", "LHX") { assertTrue(x(0) !in (low(1) .. high(3)).reversed()) }
expectOrder("0 !in (low(1) .. high(3)).reversed()", "LH") { assertTrue(0 !in (low(1) .. high(3)).reversed()) }
expectOrder("x(0) !in 1 .. high(3)", "HX") { assertTrue(x(0) !in 1 .. high(3)) }
expectOrder("x(0) !in low(1) .. 3", "LX") { assertTrue(x(0) !in low(1) .. 3) }
expectOrder("x(4) in (low(1) .. high(3)).reversed()", "LHX") { assertFalse(x(4) in (low(1) .. high(3)).reversed()) }
expectOrder("4 in (low(1) .. high(3)).reversed()", "LH") { assertFalse(4 in (low(1) .. high(3)).reversed()) }
expectOrder("x(4) in 1 .. high(3)", "HX") { assertFalse(x(4) in 1 .. high(3)) }
expectOrder("x(4) in low(1) .. 3", "LX") { assertFalse(x(4) in low(1) .. 3) }
expectOrder("x(4) !in (low(1) .. high(3)).reversed()", "LHX") { assertTrue(x(4) !in (low(1) .. high(3)).reversed()) }
expectOrder("4 !in (low(1) .. high(3)).reversed()", "LH") { assertTrue(4 !in (low(1) .. high(3)).reversed()) }
expectOrder("x(4) !in 1 .. high(3)", "HX") { assertTrue(x(4) !in 1 .. high(3)) }
expectOrder("x(4) !in low(1) .. 3", "LX") { assertTrue(x(4) !in low(1) .. 3) }
expectOrder("x(2) in (low(1) .. high(3)).reversed()", "LHX") { assertTrue(x(2) in (low(1) .. high(3)).reversed()) }
expectOrder("2 in (low(1) .. high(3)).reversed()", "LH") { assertTrue(2 in (low(1) .. high(3)).reversed()) }
expectOrder("x(2) in 1 .. high(3)", "HX") { assertTrue(x(2) in 1 .. high(3)) }
expectOrder("x(2) in low(1) .. 3", "LX") { assertTrue(x(2) in low(1) .. 3) }
expectOrder("x(2) !in (low(1) .. high(3)).reversed()", "LHX") { assertFalse(x(2) !in (low(1) .. high(3)).reversed()) }
expectOrder("2 !in (low(1) .. high(3)).reversed()", "LH") { assertFalse(2 !in (low(1) .. high(3)).reversed()) }
expectOrder("x(2) !in 1 .. high(3)", "HX") { assertFalse(x(2) !in 1 .. high(3)) }
expectOrder("x(2) !in low(1) .. 3", "LX") { assertFalse(x(2) !in low(1) .. 3) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForUntil.kt
Vendored
+57
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@@ -0,0 +1,57 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
inline fun expectOrder(at: String, expected: String, body: () -> Unit) {
order = StringBuilder() // have to do that in order to run this test in JS
body()
if (order.toString() != expected) throw AssertionError("$at: expected: $expected, actual: $order")
}
fun low(i: Int): Int {
order.append("L")
return i
}
fun high(i: Int): Int {
order.append("H")
return i
}
fun x(i: Int): Int {
order.append("X")
return i
}
fun box(): String {
expectOrder("x(0) in low(1) until high(3)", "LHX") { assertFalse(x(0) in low(1) until high(3)) }
expectOrder("0 in low(1) until high(3)", "LH") { assertFalse(0 in low(1) until high(3)) }
expectOrder("x(0) in 1 until high(3)", "HX") { assertFalse(x(0) in 1 until high(3)) }
expectOrder("x(0) in low(1) until 3", "LX") { assertFalse(x(0) in low(1) until 3) }
expectOrder("x(0) !in low(1) until high(3)", "LHX") { assertTrue(x(0) !in low(1) until high(3)) }
expectOrder("0 !in low(1) until high(3)", "LH") { assertTrue(0 !in low(1) until high(3)) }
expectOrder("x(0) !in 1 until high(3)", "HX") { assertTrue(x(0) !in 1 until high(3)) }
expectOrder("x(0) !in low(1) until 3", "LX") { assertTrue(x(0) !in low(1) until 3) }
expectOrder("x(4) in low(1) until high(3)", "LHX") { assertFalse(x(4) in low(1) until high(3)) }
expectOrder("4 in low(1) until high(3)", "LH") { assertFalse(4 in low(1) until high(3)) }
expectOrder("x(4) in 1 until high(3)", "HX") { assertFalse(x(4) in 1 until high(3)) }
expectOrder("x(4) in low(1) until 3", "LX") { assertFalse(x(4) in low(1) until 3) }
expectOrder("x(4) !in low(1) until high(3)", "LHX") { assertTrue(x(4) !in low(1) until high(3)) }
expectOrder("4 !in low(1) until high(3)", "LH") { assertTrue(4 !in low(1) until high(3)) }
expectOrder("x(4) !in 1 until high(3)", "HX") { assertTrue(x(4) !in 1 until high(3)) }
expectOrder("x(4) !in low(1) until 3", "LX") { assertTrue(x(4) !in low(1) until 3) }
expectOrder("x(2) in low(1) until high(3)", "LHX") { assertTrue(x(2) in low(1) until high(3)) }
expectOrder("2 in low(1) until high(3)", "LH") { assertTrue(2 in low(1) until high(3)) }
expectOrder("x(2) in 1 until high(3)", "HX") { assertTrue(x(2) in 1 until high(3)) }
expectOrder("x(2) in low(1) until 3", "LX") { assertTrue(x(2) in low(1) until 3) }
expectOrder("x(2) !in low(1) until high(3)", "LHX") { assertFalse(x(2) !in low(1) until high(3)) }
expectOrder("2 !in low(1) until high(3)", "LH") { assertFalse(2 !in low(1) until high(3)) }
expectOrder("x(2) !in 1 until high(3)", "HX") { assertFalse(x(2) !in 1 until high(3)) }
expectOrder("x(2) !in low(1) until 3", "LX") { assertFalse(x(2) !in low(1) until 3) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/evaluationOrderForUntilReversed.kt
Vendored
+57
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@@ -0,0 +1,57 @@
// KJS_WITH_FULL_RUNTIME
// WITH_RUNTIME
import kotlin.test.*
var order = StringBuilder()
inline fun expectOrder(at: String, expected: String, body: () -> Unit) {
order = StringBuilder() // have to do that in order to run this test in JS
body()
if (order.toString() != expected) throw AssertionError("$at: expected: $expected, actual: $order")
}
fun low(i: Int): Int {
order.append("L")
return i
}
fun high(i: Int): Int {
order.append("H")
return i
}
fun x(i: Int): Int {
order.append("X")
return i
}
fun box(): String {
expectOrder("x(0) in (low(1) until high(3)).reversed()", "LHX") { assertFalse(x(0) in (low(1) until high(3)).reversed()) }
expectOrder("0 in (low(1) until high(3)).reversed()", "LH") { assertFalse(0 in (low(1) until high(3)).reversed()) }
expectOrder("x(0) in 1 until high(3)", "HX") { assertFalse(x(0) in 1 until high(3)) }
expectOrder("x(0) in low(1) until 3", "LX") { assertFalse(x(0) in low(1) until 3) }
expectOrder("x(0) !in (low(1) until high(3)).reversed()", "LHX") { assertTrue(x(0) !in (low(1) until high(3)).reversed()) }
expectOrder("0 !in (low(1) until high(3)).reversed()", "LH") { assertTrue(0 !in (low(1) until high(3)).reversed()) }
expectOrder("x(0) !in 1 until high(3)", "HX") { assertTrue(x(0) !in 1 until high(3)) }
expectOrder("x(0) !in low(1) until 3", "LX") { assertTrue(x(0) !in low(1) until 3) }
expectOrder("x(4) in (low(1) until high(3)).reversed()", "LHX") { assertFalse(x(4) in (low(1) until high(3)).reversed()) }
expectOrder("4 in (low(1) until high(3)).reversed()", "LH") { assertFalse(4 in (low(1) until high(3)).reversed()) }
expectOrder("x(4) in 1 until high(3)", "HX") { assertFalse(x(4) in 1 until high(3)) }
expectOrder("x(4) in low(1) until 3", "LX") { assertFalse(x(4) in low(1) until 3) }
expectOrder("x(4) !in (low(1) until high(3)).reversed()", "LHX") { assertTrue(x(4) !in (low(1) until high(3)).reversed()) }
expectOrder("4 !in (low(1) until high(3)).reversed()", "LH") { assertTrue(4 !in (low(1) until high(3)).reversed()) }
expectOrder("x(4) !in 1 until high(3)", "HX") { assertTrue(x(4) !in 1 until high(3)) }
expectOrder("x(4) !in low(1) until 3", "LX") { assertTrue(x(4) !in low(1) until 3) }
expectOrder("x(2) in (low(1) until high(3)).reversed()", "LHX") { assertTrue(x(2) in (low(1) until high(3)).reversed()) }
expectOrder("2 in (low(1) until high(3)).reversed()", "LH") { assertTrue(2 in (low(1) until high(3)).reversed()) }
expectOrder("x(2) in 1 until high(3)", "HX") { assertTrue(x(2) in 1 until high(3)) }
expectOrder("x(2) in low(1) until 3", "LX") { assertTrue(x(2) in low(1) until 3) }
expectOrder("x(2) !in (low(1) until high(3)).reversed()", "LHX") { assertFalse(x(2) !in (low(1) until high(3)).reversed()) }
expectOrder("2 !in (low(1) until high(3)).reversed()", "LH") { assertFalse(2 !in (low(1) until high(3)).reversed()) }
expectOrder("x(2) !in 1 until high(3)", "HX") { assertFalse(x(2) !in 1 until high(3)) }
expectOrder("x(2) !in low(1) until 3", "LX") { assertFalse(x(2) !in low(1) until 3) }
return "OK"
}
compiler/testData/codegen/box/ranges/contains/inUntilMaxValue.kt
Vendored
+20
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@@ -0,0 +1,20 @@
// WITH_RUNTIME
fun box(): String {
if (Char.MAX_VALUE in Char.MAX_VALUE until Char.MAX_VALUE) return "Fail in Char.MAX_VALUE"
if (!(Char.MAX_VALUE !in Char.MAX_VALUE until Char.MAX_VALUE)) return "Fail !in Char.MAX_VALUE"
if (Int.MAX_VALUE in Int.MAX_VALUE until Int.MAX_VALUE) return "Fail in Int.MAX_VALUE"
if (!(Int.MAX_VALUE !in Int.MAX_VALUE until Int.MAX_VALUE)) return "Fail !in Int.MAX_VALUE"
if (Long.MAX_VALUE in Long.MAX_VALUE until Long.MAX_VALUE) return "Fail in Long.MAX_VALUE"
if (!(Long.MAX_VALUE !in Long.MAX_VALUE until Long.MAX_VALUE)) return "Fail !in Long.MAX_VALUE"
if (UInt.MAX_VALUE in UInt.MAX_VALUE until UInt.MAX_VALUE) return "Fail in UInt.MAX_VALUE"
if (!(UInt.MAX_VALUE !in UInt.MAX_VALUE until UInt.MAX_VALUE)) return "Fail !in UInt.MAX_VALUE"
if (ULong.MAX_VALUE in ULong.MAX_VALUE until ULong.MAX_VALUE) return "Fail in ULong.MAX_VALUE"
if (!(ULong.MAX_VALUE !in ULong.MAX_VALUE until ULong.MAX_VALUE)) return "Fail !in ULong.MAX_VALUE"
return "OK"
}
compiler/testData/codegen/box/ranges/contains/inUntilMinValue.kt
Vendored
+20
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@@ -0,0 +1,20 @@
// WITH_RUNTIME
fun box(): String {
if ('b' in 'a' until Char.MIN_VALUE) return "Fail in Char.MIN_VALUE"
if (!('b' !in 'a' until Char.MIN_VALUE)) return "Fail !in Char.MIN_VALUE"
if (1 in 0 until Int.MIN_VALUE) return "Fail in Int.MIN_VALUE"
if (!(1 !in 0 until Int.MIN_VALUE)) return "Fail !in Int.MIN_VALUE"
if (1L in 0L until Long.MIN_VALUE) return "Fail in Long.MIN_VALUE"
if (!(1L !in 0L until Long.MIN_VALUE)) return "Fail !in Long.MIN_VALUE"
if (1u in 0u until UInt.MIN_VALUE) return "Fail in UInt.MIN_VALUE"
if (!(1u !in 0u until UInt.MIN_VALUE)) return "Fail !in UInt.MIN_VALUE"
if (1uL in 0uL until ULong.MIN_VALUE) return "Fail in ULong.MIN_VALUE"
if (!(1uL !in 0uL until ULong.MIN_VALUE)) return "Fail !in ULong.MIN_VALUE"
return "OK"
}
compiler/testData/codegen/box/ranges/contains/inUntilMinValueNonConst.kt
Vendored
+25
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@@ -0,0 +1,25 @@
// WITH_RUNTIME
fun box(): String {
val charBound = Char.MIN_VALUE
if ('b' in 'a' until charBound) return "Fail in Char.MIN_VALUE"
if (!('b' !in 'a' until charBound)) return "Fail !in Char.MIN_VALUE"
val intBound = Int.MIN_VALUE
if (1 in 0 until intBound) return "Fail in Int.MIN_VALUE"
if (!(1 !in 0 until intBound)) return "Fail !in Int.MIN_VALUE"
val longBound = Long.MIN_VALUE
if (1L in 0L until longBound) return "Fail in Long.MIN_VALUE"
if (!(1L !in 0L until longBound)) return "Fail !in Long.MIN_VALUE"
val uIntBound = UInt.MIN_VALUE
if (1u in 0u until uIntBound) return "Fail in UInt.MIN_VALUE"
if (!(1u !in 0u until uIntBound)) return "Fail !in UInt.MIN_VALUE"
val uLongBound = ULong.MIN_VALUE
if (1uL in 0uL until uLongBound) return "Fail in ULong.MIN_VALUE"
if (!(1uL !in 0uL until uLongBound)) return "Fail !in ULong.MIN_VALUE"
return "OK"
}
compiler/testData/codegen/box/ranges/contains/nullableInPrimitiveRange.kt
Vendored
+24
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@@ -1,14 +1,38 @@
// WITH_RUNTIME
val x: Int? = 42
fun xFun(): Int? = 42
val n: Int? = null
val nProp: Int?
get() = null
fun box(): String {
if (x in 0..2) return "Fail in"
if (!(x !in 0..2)) return "Fail !in"
if (xFun() in 0..2) return "Fail in function"
if (!(xFun() !in 0..2)) return "Fail !in function"
if (n in 0..2) return "Fail in null"
if (!(n !in 0..2)) return "Fail !in null"
if (nProp in 0..2) return "Fail in null property"
if (!(nProp !in 0..2)) return "Fail !in null property"
val v: Int? = 10
if (v in 0..2) return "Fail in variable"
if (!(v !in 0..2)) return "Fail !in variable"
val nul: Int? = null
if (nul in 0..2) return "Fail in null variable"
if (!(nul !in 0..2)) return "Fail !in null variable"
if (null in 0..2) return "Fail in null const"
if (!(null !in 0..2)) return "Fail !in null const"
if ({ x }() in 0..2) return "Fail in complex"
if (!({ x }() !in 0..2)) return "Fail !in complex"
return "OK"
}