[K/N] Add tests on ObjCAction and ObjCOutlet. ^KT-58441

This commit is contained in:
Alexander Shabalin
2023-05-03 16:03:29 +02:00
committed by Space Team
parent 927db1bb56
commit 860d0e32f7
5 changed files with 298 additions and 0 deletions
@@ -4447,6 +4447,10 @@ if (PlatformInfo.isAppleTarget(project)) {
it.defFile 'interop/objc/kt56402/objclib.def'
it.headers "$projectDir/interop/objc/kt56402/objclib.h"
}
createInterop("objCAction") {
it.defFile 'interop/objc/objCAction/objclib.def'
it.headers "$projectDir/interop/objc/objCAction/objclib.h"
}
}
createInterop("withSpaces") {
@@ -5316,6 +5320,24 @@ if (PlatformInfo.isAppleTarget(project)) {
}
}
}
interopTest("interop_objCAction") {
source = 'interop/objc/objCAction/main.kt'
interop = "objCAction"
flags = ["-tr"]
doBeforeBuild {
mkdir(buildDir)
project.extensions.execClang.execClangForCompilerTests(project.target) {
args "$projectDir/interop/objc/objCAction/objclib.m"
args "-lobjc", '-fobjc-arc'
args '-fPIC', '-shared', '-o', "$buildDir/libobjCAction.dylib"
}
if (UtilsKt.isSimulatorTarget(project, project.target)) {
UtilsKt.codesign(project, "$buildDir/libobjCAction.dylib")
}
}
UtilsKt.dependsOnPlatformLibs(it)
}
}
tasks.register("KT-50983", KonanDriverTest) {
@@ -0,0 +1,217 @@
/*
* Copyright 2010-2023 JetBrains s.r.o. and Kotlin Programming Language contributors.
* Use of this source code is governed by the Apache 2.0 license that can be found in the license/LICENSE.txt file.
*/
@file:OptIn(kotlin.ExperimentalStdlibApi::class)
import objclib.*
import platform.Foundation.*
import kotlin.test.*
import kotlinx.cinterop.*
import kotlin.concurrent.Volatile
class CondVar {
@Volatile
@PublishedApi
internal var steps = 0
fun notify() {
steps += 1
}
inline fun <R> runAndWait(block: () -> R) {
val prev = steps
val result = block()
// During block() execution someone somewhere does notify().
// In this loop we wait to read the result of that notify(), which acts as a synchronization point.
while (steps <= prev) {}
}
}
class Incrementor : NSObject() {
@ObjCOutlet
var counter: NSNumber = NSNumber.numberWithInt(0)
val condVar = CondVar()
@ObjCAction
fun increment() { // Only Unit is allowed for return value
println("I'm here to make sure this function generates a frame. Here's an object: ${Any()}")
counter = NSNumber.numberWithInt(counter.intValue + 1)
condVar.notify()
}
@ObjCAction
fun incrementBy(amount: NSNumber) { // Only Unit is allowed for return value
println("I'm here to make sure this function generates a frame. Here's an object: ${Any()}")
counter = NSNumber.numberWithInt(counter.intValue + amount.intValue)
condVar.notify()
}
@ObjCAction
fun incrementOtherBy(other: Incrementor, amount: NSNumber) { // Only Unit is allowed for return value
println("I'm here to make sure this function generates a frame. Here's an object: ${Any()}")
other.incrementBy(amount)
condVar.notify()
}
}
class IncrementorViaObjC {
val impl = Incrementor()
var counter: NSNumber
get() = impl.counter // ObjCOutlet only works for setters - not getters.
set(value) = setProperty(impl, "counter", value)
fun increment() = performSelector0(impl, "increment")
fun incrementBy(amount: NSNumber) = performSelector1(impl, "incrementBy:", amount)
fun incrementOtherBy(other: Incrementor, amount: NSNumber) = performSelector2(impl, "incrementOtherBy:amount:", other, amount)
}
class IncrementorViaObjCInNewThread {
val impl = Incrementor()
var counter: NSNumber
get() = impl.counter // ObjCOutlet only works for setters - not getters.
set(value) = setProperty(impl, "counter", value)
fun increment() = impl.condVar.runAndWait { performSelectorInNewThread0(impl, "increment") }
fun incrementBy(amount: NSNumber) = impl.condVar.runAndWait { performSelectorInNewThread1(impl, "incrementBy:", amount) }
fun incrementOtherBy(other: Incrementor, amount: NSNumber) = impl.condVar.runAndWait { performSelectorInNewThread2(impl, "incrementOtherBy:amount:", other, amount) }
}
// Sanity checking that using functions and properties as regular kotlin properties works.
@Test
fun testIncrementorKt() {
val incrementor = Incrementor()
assertEquals(0, incrementor.counter.intValue)
incrementor.increment()
assertEquals(1, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(3))
assertEquals(4, incrementor.counter.intValue)
incrementor.counter = NSNumber.numberWithInt(7)
assertEquals(7, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(2))
assertEquals(9, incrementor.counter.intValue)
val otherIncrementor = Incrementor()
incrementor.incrementOtherBy(otherIncrementor, NSNumber.numberWithInt(5))
assertEquals(9, incrementor.counter.intValue)
assertEquals(5, otherIncrementor.counter.intValue)
}
// Doing everything testIncrementorKt does, but via ObjC dynamic dispatch
@Test
fun testIncrementorObjC() {
val incrementor = IncrementorViaObjC()
assertEquals(0, incrementor.counter.intValue)
incrementor.increment()
assertEquals(1, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(3))
assertEquals(4, incrementor.counter.intValue)
incrementor.counter = NSNumber.numberWithInt(7)
assertEquals(7, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(2))
assertEquals(9, incrementor.counter.intValue)
val otherIncrementor = Incrementor()
incrementor.incrementOtherBy(otherIncrementor, NSNumber.numberWithInt(5))
assertEquals(9, incrementor.counter.intValue)
assertEquals(5, otherIncrementor.counter.intValue)
}
// Doing everything testIncrementorKt does, but via ObjC dynamic dispatch and in a new NSThread
@Test
fun testIncrementorObjCInNewThread() {
if (!isExperimentalMM()) // Cross-thread stuff doesn't work with the legacy MM
return
val incrementor = IncrementorViaObjCInNewThread()
assertEquals(0, incrementor.counter.intValue)
incrementor.increment()
assertEquals(1, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(3))
assertEquals(4, incrementor.counter.intValue)
incrementor.counter = NSNumber.numberWithInt(7)
assertEquals(7, incrementor.counter.intValue)
incrementor.incrementBy(NSNumber.numberWithInt(2))
assertEquals(9, incrementor.counter.intValue)
val otherIncrementor = Incrementor()
incrementor.incrementOtherBy(otherIncrementor, NSNumber.numberWithInt(5))
assertEquals(9, incrementor.counter.intValue)
assertEquals(5, otherIncrementor.counter.intValue)
}
// Mixing Kt and ObjC accesses
@Test
fun testIncrementorMix() {
val objc = IncrementorViaObjC()
val kt = objc.impl
assertEquals(0, kt.counter.intValue)
kt.increment()
assertEquals(1, kt.counter.intValue)
objc.increment()
assertEquals(2, kt.counter.intValue)
kt.counter = NSNumber.numberWithInt(7)
assertEquals(7, kt.counter.intValue)
objc.increment()
assertEquals(8, kt.counter.intValue)
objc.counter = NSNumber.numberWithInt(11)
assertEquals(11, kt.counter.intValue)
kt.increment()
assertEquals(12, kt.counter.intValue)
}
// Mixing Kt and ObjC accesses when ObjC happens in a different thread
@Test
fun testIncrementorMixInNewThread() {
if (!isExperimentalMM()) // Cross-thread stuff doesn't work with the legacy MM
return
val objc = IncrementorViaObjCInNewThread()
val kt = objc.impl
assertEquals(0, kt.counter.intValue)
kt.increment()
assertEquals(1, kt.counter.intValue)
objc.increment()
assertEquals(2, kt.counter.intValue)
kt.counter = NSNumber.numberWithInt(7)
assertEquals(7, kt.counter.intValue)
objc.increment()
assertEquals(8, kt.counter.intValue)
objc.counter = NSNumber.numberWithInt(11)
assertEquals(11, kt.counter.intValue)
kt.increment()
assertEquals(12, kt.counter.intValue)
}
@@ -0,0 +1,3 @@
language = Objective-C
headerFilter = **/objclib.h
linkerOpts = -lobjCAction
@@ -0,0 +1,9 @@
#import <Foundation/Foundation.h>
void performSelector0(id target, NSString* selectorName);
void performSelectorInNewThread0(id target, NSString* selectorName);
void performSelector1(id target, NSString* selectorName, id arg1);
void performSelectorInNewThread1(id target, NSString* selectorName, id arg1);
void performSelector2(id target, NSString* selectorName, id arg1, id arg2);
void performSelectorInNewThread2(id target, NSString* selectorName, id arg1, id arg2);
void setProperty(id target, NSString* propertyName, id value);
@@ -0,0 +1,47 @@
#include "objclib.h"
void performSelector0(id target, NSString* selectorName) {
NSLog(@"performSelector0(%@, %@)", target, selectorName);
// Ignoring return value, because ObjCAction does not allow one.
[target performSelector:NSSelectorFromString(selectorName)];
}
void performSelectorInNewThread0(id target, NSString* selectorName) {
NSLog(@"performSelectorInNewThread0(%@, %@)", target, selectorName);
NSThread* thread = [[NSThread alloc] initWithBlock:^{
performSelector0(target, selectorName);
}];
[thread start];
}
void performSelector1(id target, NSString* selectorName, id arg1) {
NSLog(@"performSelector1(%@, %@, %@)", target, selectorName, arg1);
// Ignoring return value, because ObjCAction does not allow one.
[target performSelector:NSSelectorFromString(selectorName) withObject:arg1];
}
void performSelectorInNewThread1(id target, NSString* selectorName, id arg1) {
NSLog(@"performSelectorInNewThread1(%@, %@, %@)", target, selectorName, arg1);
// Use NSThread method directly just for variety.
NSThread* thread = [[NSThread alloc] initWithTarget:target selector:NSSelectorFromString(selectorName) object:arg1];
[thread start];
}
void performSelector2(id target, NSString* selectorName, id arg1, id arg2) {
NSLog(@"performSelector2(%@, %@, %@, %@)", target, selectorName, arg1, arg2);
// Ignoring return value, because ObjCAction does not allow one.
[target performSelector:NSSelectorFromString(selectorName) withObject:arg1 withObject:arg2];
}
void performSelectorInNewThread2(id target, NSString* selectorName, id arg1, id arg2) {
NSLog(@"performSelectorInNewThread2(%@, %@, %@, %@)", target, selectorName, arg1, arg2);
NSThread* thread = [[NSThread alloc] initWithBlock:^{
performSelector2(target, selectorName, arg1, arg2);
}];
[thread start];
}
void setProperty(id target, NSString* propertyName, id value) {
NSLog(@"setProperty(%@, %@, %@)", target, propertyName, value);
[target setValue:value forKey:propertyName];
}