[ViewVC] Diff of: jsr166/jsr166/src/test/tck/CompletableFutureTest.java

Comparing jsr166/src/test/tck/CompletableFutureTest.java (file contents):
Revision 1.25 by jsr166, Sat Apr 20 23:28:35 2013 UTC vs.
Revision 1.36 by jsr166, Sun Jun 1 23:12:45 2014 UTC

+import java.util.concurrent.Future;
+import java.util.concurrent.CompletableFuture;
+import java.util.concurrent.CompletionException;
-+
+import java.util.concurrent.CompletionStage;
+import java.util.concurrent.TimeoutException;
+import java.util.concurrent.atomic.AtomicInteger;
+import static java.util.concurrent.TimeUnit.MILLISECONDS;
+        } catch (Throwable fail) { threadUnexpectedException(fail); }
+        assertTrue(f.isDone());
+        assertFalse(f.isCancelled());
-+
+        assertFalse(f.isCompletedExceptionally());
+        assertTrue(f.toString().contains("[Completed normally]"));
+        assertTrue(f.toString().contains("[Completed exceptionally]"));
-+
+    void checkCompletedWithWrappedCFException(CompletableFuture<?> f,
-+
+                                              CFException ex) {
-+
+        try {
-+
+            f.get(LONG_DELAY_MS, MILLISECONDS);
-+
+            shouldThrow();
-+
+        } catch (ExecutionException success) {
-+
+            assertSame(ex, success.getCause());
-+
+        } catch (Throwable fail) { threadUnexpectedException(fail); }
-+
+        try {
-+
+            f.join();
-+
+            shouldThrow();
-+
+        } catch (CompletionException success) {
-+
+            assertSame(ex, success.getCause());
-+
+        }
-+
+        try {
-+
+            f.getNow(null);
-+
+            shouldThrow();
-+
+        } catch (CompletionException success) {
-+
+            assertSame(ex, success.getCause());
-+
+        }
-+
+        try {
-+
+            f.get();
-+
+            shouldThrow();
-+
+        } catch (ExecutionException success) {
-+
+            assertSame(ex, success.getCause());
-+
+        } catch (Throwable fail) { threadUnexpectedException(fail); }
-+
+        assertTrue(f.isDone());
-+
+        assertFalse(f.isCancelled());
-+
+        assertTrue(f.toString().contains("[Completed exceptionally]"));
-+
+    }
-+
+    void checkCancelled(CompletableFuture<?> f) {
+        try {
+            f.get(LONG_DELAY_MS, MILLISECONDS);
+        } catch (CancellationException success) {
+        } catch (Throwable fail) { threadUnexpectedException(fail); }
+        assertTrue(f.isDone());
-+
+        assertTrue(f.isCompletedExceptionally());
+        assertTrue(f.isCancelled());
+        assertTrue(f.toString().contains("[Completed exceptionally]"));
+        } catch (Throwable fail) { threadUnexpectedException(fail); }
+        assertTrue(f.isDone());
+        assertFalse(f.isCancelled());
-+
+        assertTrue(f.isCompletedExceptionally());
+        assertTrue(f.toString().contains("[Completed exceptionally]"));
+        assertEquals(g.getNumberOfDependents(), 0);
-–
+    /**
+     * toString indicates current completion state
+     */
+    // Choose non-commutative actions for better coverage
-+
+    // A non-commutative function that handles null values as well
-+
+    public static int subtract(Integer x, Integer y) {
-+
+        return ((x == null) ? 42 : x.intValue())
-+
+            - ((y == null) ? 99 : y.intValue());
-+
+    }
-+
+    static final Supplier<Integer> supplyOne =
+        () -> Integer.valueOf(1);
+    static final Function<Integer, Integer> inc =
+        (Integer x) -> Integer.valueOf(x.intValue() + 1);
+    static final BiFunction<Integer, Integer, Integer> subtract =
-<
+        (Integer x, Integer y) -> Integer.valueOf(x.intValue() - y.intValue());
->
+        (Integer x, Integer y) -> subtract(x, y);
+    static final class IncAction implements Consumer<Integer> {
+        int value;
+        public void accept(Integer x) { value = x.intValue() + 1; }
+    static final class SubtractAction implements BiConsumer<Integer, Integer> {
-+
+        volatile int invocationCount = 0;
+        int value;
-+
+        // Check this action was invoked exactly once when result is computed.
-+
+        public boolean ran() { return invocationCount == 1; }
+        public void accept(Integer x, Integer y) {
-<
+            value = x.intValue() - y.intValue();
->
+            invocationCount++;
->
+            value = subtract(x, y);
->
+        }
->
+    }
->
+    static final class SubtractFunction implements BiFunction<Integer, Integer, Integer> {
->
+        volatile int invocationCount = 0;
->
+        int value;
->
+        // Check this action was invoked exactly once when result is computed.
->
+        public boolean ran() { return invocationCount == 1; }
->
+        public Integer apply(Integer x, Integer y) {
->
+            invocationCount++;
->
+            return subtract(x, y);
+    static final class Noop implements Runnable {
-+
+    /**
-+
+     * Permits the testing of parallel code for the 3 different
-+
+     * execution modes without repeating all the testing code.
-+
+     */
-+
+    enum ExecutionMode {
-+
+        DEFAULT {
-+
+            public <T,U> CompletableFuture<Void> runAfterBoth
-+
+                (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a) {
-+
+                return f.runAfterBoth(g, a);
-+
+            }
-+
+            public <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiConsumer<? super T,? super U> a) {
-+
+                return f.thenAcceptBoth(g, a);
-+
+            }
-+
+            public <T,U,V> CompletableFuture<V> thenCombine
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiFunction<? super T,? super U,? extends V> a) {
-+
+                return f.thenCombine(g, a);
-+
+            }
-+
+        },
-+
-+
+//             /** Experimental way to do more testing */
-+
+//         REVERSE_DEFAULT {
-+
+//             public <T,U> CompletableFuture<Void> runAfterBoth
-+
+//                 (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a) {
-+
+//                 return g.runAfterBoth(f, a);
-+
+//             }
-+
+//             public <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+//                 (CompletableFuture<T> f,
-+
+//                  CompletionStage<? extends U> g,
-+
+//                  BiConsumer<? super T,? super U> a) {
-+
+//                 return DEFAULT.thenAcceptBoth(f, g, a);
-+
+//             }
-+
+//         },
-+
-+
+        DEFAULT_ASYNC {
-+
+            public <T,U> CompletableFuture<Void> runAfterBoth
-+
+                (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a) {
-+
+                return f.runAfterBothAsync(g, a);
-+
+            }
-+
+            public <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiConsumer<? super T,? super U> a) {
-+
+                return f.thenAcceptBothAsync(g, a);
-+
+            }
-+
+            public <T,U,V> CompletableFuture<V> thenCombine
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiFunction<? super T,? super U,? extends V> a) {
-+
+                return f.thenCombineAsync(g, a);
-+
+            }
-+
+        },
-+
-+
+//         REVERSE_DEFAULT_ASYNC {
-+
+//             public <T,U> CompletableFuture<Void> runAfterBoth
-+
+//                 (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a) {
-+
+//                 return f.runAfterBothAsync(g, a);
-+
+//             }
-+
+//             public <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+//                 (CompletableFuture<T> f,
-+
+//                  CompletionStage<? extends U> g,
-+
+//                  BiConsumer<? super T,? super U> a) {
-+
+//                 return DEFAULT_ASYNC.thenAcceptBoth(f, g, a);
-+
+//             }
-+
+//         },
-+
-+
+        EXECUTOR {
-+
+            public <T,U> CompletableFuture<Void> runAfterBoth
-+
+                (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a) {
-+
+                return f.runAfterBothAsync(g, a, new ThreadExecutor());
-+
+            }
-+
+            public <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiConsumer<? super T,? super U> a) {
-+
+                return f.thenAcceptBothAsync(g, a, new ThreadExecutor());
-+
+            }
-+
+            public <T,U,V> CompletableFuture<V> thenCombine
-+
+                (CompletableFuture<T> f,
-+
+                 CompletionStage<? extends U> g,
-+
+                 BiFunction<? super T,? super U,? extends V> a) {
-+
+                return f.thenCombineAsync(g, a, new ThreadExecutor());
-+
+            }
-+
+        };
-+
-+
+        public abstract <T,U> CompletableFuture<Void> runAfterBoth
-+
+            (CompletableFuture<T> f, CompletableFuture<U> g, Runnable a);
-+
+        public abstract <T,U> CompletableFuture<Void> thenAcceptBoth
-+
+            (CompletableFuture<T> f,
-+
+             CompletionStage<? extends U> g,
-+
+             BiConsumer<? super T,? super U> a);
-+
+        public abstract <T,U,V> CompletableFuture<V> thenCombine
-+
+            (CompletableFuture<T> f,
-+
+             CompletionStage<? extends U> g,
-+
+             BiFunction<? super T,? super U,? extends V> a);
-+
+    }
+    /**
+     * exceptionally action completes with function value on source
-<
+     * exception;  otherwise with source value
->
+     * exception; otherwise with source value
+     */
+    public void testExceptionally() {
+        CompletableFuture<Integer> f = new CompletableFuture<>();
+        checkCompletedWithWrappedCancellationException(g);
-–
+    /**
+     * thenCombine result completes normally after normal completion
+     * of sources
+     */
-<
+    public void testThenCombine() {
-<
+        CompletableFuture<Integer> f, g, h;
->
+    public void testThenCombine_normalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        f.complete(v1);
->
+        checkIncomplete(h);
->
+        assertFalse(r.ran());
->
+        g.complete(v2);
->
->
+        checkCompletedNormally(h, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        f.complete(3);
-<
+        checkIncomplete(h);
-<
+        g.complete(1);
-<
+        checkCompletedNormally(h, 2);
->
+    public void testThenCombine_normalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        g.complete(v2);
->
+        checkIncomplete(h);
->
+        assertFalse(r.ran());
->
+        f.complete(v1);
->
->
+        checkCompletedNormally(h, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        g.complete(1);
-<
+        checkIncomplete(h);
-<
+        f.complete(3);
-<
+        checkCompletedNormally(h, 2);
->
+    public void testThenCombine_normalCompletion3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
->
+        g.complete(v2);
->
+        f.complete(v1);
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        checkCompletedNormally(h, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        g.complete(1);
-<
+        f.complete(3);
-<
+        h = f.thenCombine(g, subtract);
-<
+        checkCompletedNormally(h, 2);
->
+    public void testThenCombine_normalCompletion4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
->
+        f.complete(v1);
->
+        g.complete(v2);
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        checkCompletedNormally(h, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
+    /**
+     * thenCombine result completes exceptionally after exceptional
+     * completion of either source
+     */
-<
+    public void testThenCombine2() {
-<
+        CompletableFuture<Integer> f, g, h;
-<
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        f.completeExceptionally(new CFException());
-<
+        checkIncomplete(h);
-<
+        g.complete(1);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenCombine_exceptionalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
+        final CFException ex = new CFException();
->
->
+        f.completeExceptionally(ex);
->
+        checkIncomplete(h);
->
+        g.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(g, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        g.completeExceptionally(new CFException());
-<
+        checkIncomplete(h);
-<
+        f.complete(3);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenCombine_exceptionalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, subtract);
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
->
+        checkIncomplete(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        f.complete(3);
-<
+        g.completeExceptionally(new CFException());
-<
+        h = f.thenCombine(g, subtract);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenCombine_exceptionalCompletion3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
->
+        f.complete(v1);
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        f.completeExceptionally(new CFException());
-<
+        g.complete(3);
-<
+        h = f.thenCombine(g, subtract);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenCombine_exceptionalCompletion4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CFException ex = new CFException();
->
->
+        f.completeExceptionally(ex);
->
+        g.complete(v1);
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, subtract);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(g, v1);
->
+        }
+    /**
+     * thenCombine result completes exceptionally if action does
+     */
-<
+    public void testThenCombine3() {
-<
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-<
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-<
+        FailingBiFunction r = new FailingBiFunction();
-<
+        CompletableFuture<Integer> g = f.thenCombine(f2, r);
-<
+        f.complete(one);
-<
+        checkIncomplete(g);
-<
+        assertFalse(r.ran);
-<
+        f2.complete(two);
-<
+        checkCompletedWithWrappedCFException(g);
-<
+        assertTrue(r.ran);
->
+    public void testThenCombine_actionFailed1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final FailingBiFunction r = new FailingBiFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        f.complete(v1);
->
+        checkIncomplete(h);
->
+        g.complete(v2);
->
->
+        checkCompletedWithWrappedCFException(h);
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
->
->
+    public void testThenCombine_actionFailed2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final FailingBiFunction r = new FailingBiFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        g.complete(v2);
->
+        checkIncomplete(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h);
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
+    /**
+     * thenCombine result completes exceptionally if either source cancelled
+     */
-<
+    public void testThenCombine4() {
-<
+        CompletableFuture<Integer> f, g, h;
->
+    public void testThenCombine_sourceCancelled1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        assertTrue(f.cancel(true));
->
+        assertTrue(f.cancel(mayInterruptIfRunning));
+        checkIncomplete(h);
-<
+        g.complete(1);
->
+        g.complete(v1);
->
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(f);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(g, v1);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenCombine(g, subtract);
-<
+        assertTrue(g.cancel(true));
->
+    public void testThenCombine_sourceCancelled2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractFunction r = new SubtractFunction();
->
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
->
->
+        assertTrue(g.cancel(mayInterruptIfRunning));
+        checkIncomplete(h);
-<
+        f.complete(3);
->
+        f.complete(v1);
->
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(g);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-+
-+
+    public void testThenCombine_sourceCancelled3() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
-+
+        for (Integer v1 : new Integer[] { 1, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final SubtractFunction r = new SubtractFunction();
-+
-+
+        assertTrue(g.cancel(mayInterruptIfRunning));
-+
+        f.complete(v1);
-+
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
-+
-+
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(g);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-+
-+
+    public void testThenCombine_sourceCancelled4() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
-+
+        for (Integer v1 : new Integer[] { 1, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final SubtractFunction r = new SubtractFunction();
-+
-+
+        assertTrue(f.cancel(mayInterruptIfRunning));
-+
+        g.complete(v1);
-+
+        final CompletableFuture<Integer> h = m.thenCombine(f, g, r);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(f.cancel(true));
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenCombine(g, subtract);
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(f);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(g, v1);
-+
+        }
+    /**
+     * thenAcceptBoth result completes normally after normal
+     * completion of sources
+     */
-<
+    public void testThenAcceptBoth() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        SubtractAction r;
->
+    public void testThenAcceptBoth_normalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        f.complete(3);
->
+        f.complete(v1);
+        checkIncomplete(h);
-<
+        g.complete(1);
->
+        assertEquals(r.value, 0);
->
+        g.complete(v2);
->
+        checkCompletedNormally(h, null);
-<
+        assertEquals(r.value, 2);
->
+        assertEquals(r.value, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        g.complete(1);
->
+    public void testThenAcceptBoth_normalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        g.complete(v2);
+        checkIncomplete(h);
-<
+        f.complete(3);
->
+        assertEquals(r.value, 0);
->
+        f.complete(v1);
->
+        checkCompletedNormally(h, null);
-<
+        assertEquals(r.value, 2);
->
+        assertEquals(r.value, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
->
->
+    public void testThenAcceptBoth_normalCompletion3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
->
+        g.complete(v2);
->
+        f.complete(v1);
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
+        checkCompletedNormally(h, null);
-<
+        assertEquals(r.value, 2);
->
+        assertEquals(r.value, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
->
->
+    public void testThenAcceptBoth_normalCompletion4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
->
+        f.complete(v1);
->
+        g.complete(v2);
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        checkCompletedNormally(h, null);
->
+        assertEquals(r.value, subtract(v1, v2));
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
+    /**
+     * thenAcceptBoth result completes exceptionally after exceptional
+     * completion of either source
+     */
-<
+    public void testThenAcceptBoth2() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        SubtractAction r;
-<
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        f.completeExceptionally(new CFException());
-<
+        checkIncomplete(h);
-<
+        g.complete(1);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenAcceptBoth_exceptionalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
+        final CFException ex = new CFException();
->
->
+        f.completeExceptionally(ex);
->
+        checkIncomplete(h);
->
+        g.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(g, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        g.completeExceptionally(new CFException());
-<
+        checkIncomplete(h);
-<
+        f.complete(3);
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenAcceptBoth_exceptionalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
->
+        checkIncomplete(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        f.complete(3);
-<
+        g.completeExceptionally(new CFException());
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenAcceptBoth_exceptionalCompletion3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
->
+        f.complete(v1);
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        f.completeExceptionally(new CFException());
-<
+        g.complete(3);
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testThenAcceptBoth_exceptionalCompletion4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CFException ex = new CFException();
->
->
+        f.completeExceptionally(ex);
->
+        g.complete(v1);
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
->
+        assertFalse(r.ran());
->
+        checkCompletedNormally(g, v1);
->
+        }
+    /**
+     * thenAcceptBoth result completes exceptionally if action does
+     */
-<
+    public void testThenAcceptBoth3() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        FailingBiConsumer r;
->
+    public void testThenAcceptBoth_actionFailed1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new FailingBiConsumer());
-<
+        f.complete(3);
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final FailingBiConsumer r = new FailingBiConsumer();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        f.complete(v1);
+        checkIncomplete(h);
-<
+        g.complete(1);
->
+        g.complete(v2);
->
+        checkCompletedWithWrappedCFException(h);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
-+
+    }
-+
-+
+    public void testThenAcceptBoth_actionFailed2() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (Integer v1 : new Integer[] { 1, null })
-+
+        for (Integer v2 : new Integer[] { 2, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final FailingBiConsumer r = new FailingBiConsumer();
-+
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-+
-+
+        g.complete(v2);
-+
+        checkIncomplete(h);
-+
+        f.complete(v1);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        g.complete(1);
-–
+        h = f.thenAcceptBoth(g, r = new FailingBiConsumer());
+        checkCompletedWithWrappedCFException(h);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
+    /**
+     * thenAcceptBoth result completes exceptionally if either source cancelled
+     */
-<
+    public void testThenAcceptBoth4() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        SubtractAction r;
->
+    public void testThenAcceptBoth_sourceCancelled1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        assertTrue(f.cancel(true));
->
+        assertTrue(f.cancel(mayInterruptIfRunning));
+        checkIncomplete(h);
-<
+        g.complete(1);
->
+        g.complete(v1);
->
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(f);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(g, v1);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
-<
+        assertTrue(g.cancel(true));
->
+    public void testThenAcceptBoth_sourceCancelled2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final SubtractAction r = new SubtractAction();
->
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
->
->
+        assertTrue(g.cancel(mayInterruptIfRunning));
+        checkIncomplete(h);
-<
+        f.complete(3);
-<
+        checkCompletedWithWrappedCancellationException(h);
->
+        f.complete(v1);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(g);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-+
-+
+    public void testThenAcceptBoth_sourceCancelled3() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
-+
+        for (Integer v1 : new Integer[] { 1, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final SubtractAction r = new SubtractAction();
-+
-+
+        assertTrue(g.cancel(mayInterruptIfRunning));
-+
+        f.complete(v1);
-+
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-+
-+
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(g);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-+
-+
+    public void testThenAcceptBoth_sourceCancelled4() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
-+
+        for (Integer v1 : new Integer[] { 1, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final SubtractAction r = new SubtractAction();
-+
-+
+        assertTrue(f.cancel(mayInterruptIfRunning));
-+
+        g.complete(v1);
-+
+        final CompletableFuture<Void> h = m.thenAcceptBoth(f, g, r);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(f.cancel(true));
-–
+        g.complete(3);
-–
+        h = f.thenAcceptBoth(g, r = new SubtractAction());
+        checkCompletedWithWrappedCancellationException(h);
-+
+        checkCancelled(f);
-+
+        assertFalse(r.ran());
-+
+        checkCompletedNormally(g, v1);
-+
+        }
+    /**
+     * runAfterBoth result completes normally after normal
+     * completion of sources
+     */
-<
+    public void testRunAfterBoth() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        Noop r;
->
+    public void testRunAfterBoth_normalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        f.complete(3);
->
+        f.complete(v1);
+        checkIncomplete(h);
-<
+        g.complete(1);
->
+        assertFalse(r.ran);
->
+        g.complete(v2);
->
+        checkCompletedNormally(h, null);
+        assertTrue(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        g.complete(1);
->
+    public void testRunAfterBoth_normalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        g.complete(v2);
+        checkIncomplete(h);
-<
+        f.complete(3);
->
+        assertFalse(r.ran);
->
+        f.complete(v1);
->
+        checkCompletedNormally(h, null);
+        assertTrue(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
-+
+    }
-+
-+
+    public void testRunAfterBoth_normalCompletion3() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (Integer v1 : new Integer[] { 1, null })
-+
+        for (Integer v2 : new Integer[] { 2, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final Noop r = new Noop();
-+
-+
+        g.complete(v2);
-+
+        f.complete(v1);
-+
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.runAfterBoth(g, r = new Noop());
+        checkCompletedNormally(h, null);
+        assertTrue(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
-+
+    }
-+
-+
+    public void testRunAfterBoth_normalCompletion4() {
-+
+        for (ExecutionMode m : ExecutionMode.values())
-+
+        for (Integer v1 : new Integer[] { 1, null })
-+
+        for (Integer v2 : new Integer[] { 2, null }) {
-+
-+
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
-+
+        final Noop r = new Noop();
-+
-+
+        f.complete(v1);
-+
+        g.complete(v2);
-+
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
-+
-+
+        checkCompletedNormally(h, null);
-+
+        assertTrue(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        checkCompletedNormally(g, v2);
-+
+        }
+    /**
+     * runAfterBoth result completes exceptionally after exceptional
+     * completion of either source
+     */
-<
+    public void testRunAfterBoth2() {
-<
+        CompletableFuture<Integer> f, g;
-<
+        CompletableFuture<Void> h;
-<
+        Noop r;
->
+    public void testRunAfterBoth_exceptionalCompletion1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
+        final CFException ex = new CFException();
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        f.completeExceptionally(new CFException());
->
+        f.completeExceptionally(ex);
+        checkIncomplete(h);
-<
+        g.complete(1);
-<
+        checkCompletedWithWrappedCFException(h);
->
+        g.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
+        assertFalse(r.ran);
-+
+        checkCompletedNormally(g, v1);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        g.completeExceptionally(new CFException());
->
+    public void testRunAfterBoth_exceptionalCompletion2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
+        checkIncomplete(h);
-<
+        f.complete(3);
-<
+        checkCompletedWithWrappedCFException(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
+        assertFalse(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        g.completeExceptionally(new CFException());
-<
+        f.complete(3);
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testRunAfterBoth_exceptionalCompletion3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CFException ex = new CFException();
->
->
+        g.completeExceptionally(ex);
->
+        f.complete(v1);
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(g, ex);
+        assertFalse(r.ran);
-+
+        checkCompletedNormally(f, v1);
-+
+        }
-+
+    }
-<
+        f = new CompletableFuture<>();
-<
+        g = new CompletableFuture<>();
-<
+        f.completeExceptionally(new CFException());
-<
+        g.complete(1);
-<
+        h = f.runAfterBoth(g, r = new Noop());
-<
+        checkCompletedWithWrappedCFException(h);
->
+    public void testRunAfterBoth_exceptionalCompletion4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CFException ex = new CFException();
->
->
+        f.completeExceptionally(ex);
->
+        g.complete(v1);
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCFException(h, ex);
->
+        checkCompletedWithWrappedCFException(f, ex);
+        assertFalse(r.ran);
-+
+        checkCompletedNormally(g, v1);
-+
+        }
+    /**
+     * runAfterBoth result completes exceptionally if action does
+     */
-<
+    public void testRunAfterBoth3() {
-<
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-<
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-<
+        FailingNoop r = new FailingNoop();
-<
+        CompletableFuture<Void> g = f.runAfterBoth(f2, r);
-<
+        f.complete(one);
-<
+        checkIncomplete(g);
-<
+        f2.complete(two);
-<
+        checkCompletedWithWrappedCFException(g);
->
+    public void testRunAfterBoth_actionFailed1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final FailingNoop r = new FailingNoop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        f.complete(v1);
->
+        checkIncomplete(h);
->
+        g.complete(v2);
->
->
+        checkCompletedWithWrappedCFException(h);
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
->
+    }
->
->
+    public void testRunAfterBoth_actionFailed2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (Integer v1 : new Integer[] { 1, null })
->
+        for (Integer v2 : new Integer[] { 2, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final FailingNoop r = new FailingNoop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        g.complete(v2);
->
+        checkIncomplete(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCFException(h);
->
+        checkCompletedNormally(f, v1);
->
+        checkCompletedNormally(g, v2);
->
+        }
+    /**
+     * runAfterBoth result completes exceptionally if either source cancelled
+     */
-<
+    public void testRunAfterBoth4() {
-<
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-<
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-<
+        Noop r = new Noop();
-<
+        CompletableFuture<Void> g = f.runAfterBoth(f2, r);
-<
+        assertTrue(f.cancel(true));
-<
+        f2.complete(two);
-<
+        checkCompletedWithWrappedCancellationException(g);
-<
+        f = new CompletableFuture<>();
-<
+        f2 = new CompletableFuture<>();
-<
+        r = new Noop();
-<
+        g = f.runAfterBoth(f2, r);
-<
+        f.complete(one);
-<
+        assertTrue(f2.cancel(true));
-<
+        checkCompletedWithWrappedCancellationException(g);
->
+    public void testRunAfterBoth_sourceCancelled1() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        assertTrue(f.cancel(mayInterruptIfRunning));
->
+        checkIncomplete(h);
->
+        g.complete(v1);
->
->
+        checkCompletedWithWrappedCancellationException(h);
->
+        checkCancelled(f);
->
+        assertFalse(r.ran);
->
+        checkCompletedNormally(g, v1);
->
+        }
->
+    }
->
->
+    public void testRunAfterBoth_sourceCancelled2() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        assertTrue(g.cancel(mayInterruptIfRunning));
->
+        checkIncomplete(h);
->
+        f.complete(v1);
->
->
+        checkCompletedWithWrappedCancellationException(h);
->
+        checkCancelled(g);
->
+        assertFalse(r.ran);
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
->
->
+    public void testRunAfterBoth_sourceCancelled3() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
->
+        assertTrue(g.cancel(mayInterruptIfRunning));
->
+        f.complete(v1);
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCancellationException(h);
->
+        checkCancelled(g);
->
+        assertFalse(r.ran);
->
+        checkCompletedNormally(f, v1);
->
+        }
->
+    }
->
->
+    public void testRunAfterBoth_sourceCancelled4() {
->
+        for (ExecutionMode m : ExecutionMode.values())
->
+        for (boolean mayInterruptIfRunning : new boolean[] { true, false })
->
+        for (Integer v1 : new Integer[] { 1, null }) {
->
->
+        final CompletableFuture<Integer> f = new CompletableFuture<>();
->
+        final CompletableFuture<Integer> g = new CompletableFuture<>();
->
+        final Noop r = new Noop();
->
->
+        assertTrue(f.cancel(mayInterruptIfRunning));
->
+        g.complete(v1);
->
+        final CompletableFuture<Void> h = m.runAfterBoth(f, g, r);
->
->
+        checkCompletedWithWrappedCancellationException(h);
->
+        checkCancelled(f);
->
+        assertFalse(r.ran);
->
+        checkCompletedNormally(g, v1);
->
+        }
+    /**
+        checkCompletedWithWrappedCancellationException(g);
-–
+    /**
+     * runAfterEither result completes normally after normal completion
+     * of either source
+        checkCompletedWithWrappedCancellationException(g);
-–
+    // asyncs
+    /**
+        try {
+            g.join();
+            shouldThrow();
-<
+        } catch (Exception ok) {
-<
+        }
->
+        } catch (CompletionException success) {}
+        checkCompletedWithWrappedCFException(g);
+    /**
-–
+     * thenCombineAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testThenCombineAsync() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedNormally(h, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        g.complete(1);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedNormally(h, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        checkCompletedNormally(h, 2);
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally after exceptional
-–
+     * completion of either source
-–
+     */
-–
+    public void testThenCombineAsync2() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        f.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        g.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.completeExceptionally(new CFException());
-–
+        f.complete(3);
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        checkCompletedWithWrappedCFException(h);
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testThenCombineAsync3() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        FailingBiFunction r = new FailingBiFunction();
-–
+        CompletableFuture<Integer> g = f.thenCombineAsync(f2, r);
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        assertFalse(r.ran);
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
+        assertTrue(r.ran);
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testThenCombineAsync4() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        assertTrue(f.cancel(true));
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        assertTrue(g.cancel(true));
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(3);
-–
+        assertTrue(f.cancel(true));
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenCombineAsync(g, subtract);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testThenAcceptBothAsync() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        g.complete(1);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally after exceptional
-–
+     * completion of source
-–
+     */
-–
+    public void testThenAcceptBothAsync2() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        f.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        g.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        g.completeExceptionally(new CFException());
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.completeExceptionally(new CFException());
-–
+        g.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        checkCompletedWithWrappedCFException(h);
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testThenAcceptBothAsync3() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        FailingBiConsumer r;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new FailingBiConsumer());
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        g.complete(1);
-–
+        h = f.thenAcceptBothAsync(g, r = new FailingBiConsumer());
-–
+        checkCompletedWithWrappedCFException(h);
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testThenAcceptBothAsync4() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        assertTrue(f.cancel(true));
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        assertTrue(g.cancel(true));
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(f.cancel(true));
-–
+        g.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction());
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testRunAfterBothAsync() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r);
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        f2.complete(two);
-–
+        checkCompletedNormally(g, null);
-–
+        assertTrue(r.ran);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally after exceptional
-–
+     * completion of source
-–
+     */
-–
+    public void testRunAfterBothAsync2() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r);
-–
+        f.completeExceptionally(new CFException());
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
-–
+        r = new Noop();
-–
+        f = new CompletableFuture<>();
-–
+        f2 = new CompletableFuture<>();
-–
+        g = f.runAfterBothAsync(f2, r);
-–
+        f.complete(one);
-–
+        f2.completeExceptionally(new CFException());
-–
+        checkCompletedWithWrappedCFException(g);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testRunAfterBothAsync3() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        FailingNoop r = new FailingNoop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r);
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testRunAfterBothAsync4() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r);
-–
+        assertTrue(f.cancel(true));
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCancellationException(g);
-–
-–
+        r = new Noop();
-–
+        f = new CompletableFuture<>();
-–
+        f2 = new CompletableFuture<>();
-–
+        g = f.runAfterBothAsync(f2, r);
-–
+        f.complete(one);
-–
+        assertTrue(f2.cancel(true));
-–
+        checkCompletedWithWrappedCancellationException(g);
-–
+    }
-–
-–
+    /**
+     * applyToEitherAsync result completes normally after normal
+     * completion of sources
+     */
+        checkCompletedWithWrappedCancellationException(g);
-–
+    // async with explicit executors
+    /**
+        try {
+            g.join();
+            shouldThrow();
-<
+        } catch (Exception ok) {
-<
+        }
->
+        } catch (CompletionException success) {}
+        checkCompletedWithWrappedCFException(g);
+    /**
-–
+     * thenCombineAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testThenCombineAsyncE() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
+        int count = 0;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedNormally(h, 2);
-–
+        assertEquals(++count, e.count.get());
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        g.complete(1);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedNormally(h, 2);
-–
+        assertEquals(++count, e.count.get());
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        checkCompletedNormally(h, 2);
-–
+        assertEquals(++count, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally after exceptional
-–
+     * completion of either source
-–
+     */
-–
+    public void testThenCombineAsync2E() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
+        int count = 0;
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        f.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        g.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.completeExceptionally(new CFException());
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        assertEquals(0, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testThenCombineAsync3E() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        FailingBiFunction r = new FailingBiFunction();
-–
+        CompletableFuture<Integer> g = f.thenCombineAsync(f2, r, new ThreadExecutor());
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        assertFalse(r.ran);
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
+        assertTrue(r.ran);
-–
+    }
-–
-–
+    /**
-–
+     * thenCombineAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testThenCombineAsync4E() {
-–
+        CompletableFuture<Integer> f, g, h;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        assertTrue(f.cancel(true));
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        assertTrue(g.cancel(true));
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(f.cancel(true));
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenCombineAsync(g, subtract, e);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        assertEquals(0, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testThenAcceptBothAsyncE() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        g.complete(1);
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        g.complete(1);
-–
+        f.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        checkCompletedNormally(h, null);
-–
+        assertEquals(r.value, 2);
-–
-–
+        assertEquals(3, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally after exceptional
-–
+     * completion of source
-–
+     */
-–
+    public void testThenAcceptBothAsync2E() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        f.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        g.completeExceptionally(new CFException());
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        g.completeExceptionally(new CFException());
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.completeExceptionally(new CFException());
-–
+        g.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        assertEquals(0, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testThenAcceptBothAsync3E() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        FailingBiConsumer r;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new FailingBiConsumer(), e);
-–
+        f.complete(3);
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        g.complete(1);
-–
+        h = f.thenAcceptBothAsync(g, r = new FailingBiConsumer(), e);
-–
+        checkCompletedWithWrappedCFException(h);
-–
-–
+        assertEquals(2, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * thenAcceptBothAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testThenAcceptBothAsync4E() {
-–
+        CompletableFuture<Integer> f, g;
-–
+        CompletableFuture<Void> h;
-–
+        SubtractAction r;
-–
+        ThreadExecutor e = new ThreadExecutor();
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        assertTrue(f.cancel(true));
-–
+        checkIncomplete(h);
-–
+        g.complete(1);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        assertTrue(g.cancel(true));
-–
+        checkIncomplete(h);
-–
+        f.complete(3);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        f.complete(3);
-–
+        assertTrue(g.cancel(true));
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        f = new CompletableFuture<>();
-–
+        g = new CompletableFuture<>();
-–
+        assertTrue(f.cancel(true));
-–
+        g.complete(3);
-–
+        h = f.thenAcceptBothAsync(g, r = new SubtractAction(), e);
-–
+        checkCompletedWithWrappedCancellationException(h);
-–
-–
+        assertEquals(0, e.count.get());
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes normally after normal
-–
+     * completion of sources
-–
+     */
-–
+    public void testRunAfterBothAsyncE() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        f2.complete(two);
-–
+        checkCompletedNormally(g, null);
-–
+        assertTrue(r.ran);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally after exceptional
-–
+     * completion of source
-–
+     */
-–
+    public void testRunAfterBothAsync2E() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        f.completeExceptionally(new CFException());
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
-–
+        r = new Noop();
-–
+        f = new CompletableFuture<>();
-–
+        f2 = new CompletableFuture<>();
-–
+        g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        f.complete(one);
-–
+        f2.completeExceptionally(new CFException());
-–
+        checkCompletedWithWrappedCFException(g);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally if action does
-–
+     */
-–
+    public void testRunAfterBothAsync3E() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        FailingNoop r = new FailingNoop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        f.complete(one);
-–
+        checkIncomplete(g);
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCFException(g);
-–
+    }
-–
-–
+    /**
-–
+     * runAfterBothAsync result completes exceptionally if either source cancelled
-–
+     */
-–
+    public void testRunAfterBothAsync4E() {
-–
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-–
+        CompletableFuture<Integer> f2 = new CompletableFuture<>();
-–
+        Noop r = new Noop();
-–
+        CompletableFuture<Void> g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        assertTrue(f.cancel(true));
-–
+        f2.complete(two);
-–
+        checkCompletedWithWrappedCancellationException(g);
-–
-–
+        r = new Noop();
-–
+        f = new CompletableFuture<>();
-–
+        f2 = new CompletableFuture<>();
-–
+        g = f.runAfterBothAsync(f2, r, new ThreadExecutor());
-–
+        f.complete(one);
-–
+        assertTrue(f2.cancel(true));
-–
+        checkCompletedWithWrappedCancellationException(g);
-–
+    }
-–
-–
+    /**
+     * applyToEitherAsync result completes normally after normal
+     * completion of sources
+     */
+        ThreadExecutor exec = new ThreadExecutor();
+        Runnable[] throwingActions = {
-<
+            () -> { CompletableFuture.supplyAsync(null); },
-<
+            () -> { CompletableFuture.supplyAsync(null, exec); },
-<
+            () -> { CompletableFuture.supplyAsync(supplyOne, null); },
-<
-<
+            () -> { CompletableFuture.runAsync(null); },
-<
+            () -> { CompletableFuture.runAsync(null, exec); },
-<
+            () -> { CompletableFuture.runAsync(() -> {}, null); },
-<
-<
+            () -> { f.completeExceptionally(null); },
-<
-<
+            () -> { f.thenApply(null); },
-<
+            () -> { f.thenApplyAsync(null); },
-<
+            () -> { f.thenApplyAsync((x) -> x, null); },
-<
+            () -> { f.thenApplyAsync(null, exec); },
-<
-<
+            () -> { f.thenAccept(null); },
-<
+            () -> { f.thenAcceptAsync(null); },
-<
+            () -> { f.thenAcceptAsync((x) -> { ; }, null); },
-<
+            () -> { f.thenAcceptAsync(null, exec); },
-<
-<
+            () -> { f.thenRun(null); },
-<
+            () -> { f.thenRunAsync(null); },
-<
+            () -> { f.thenRunAsync(() -> { ; }, null); },
-<
+            () -> { f.thenRunAsync(null, exec); },
-<
-<
+            () -> { f.thenCombine(g, null); },
-<
+            () -> { f.thenCombineAsync(g, null); },
-<
+            () -> { f.thenCombineAsync(g, null, exec); },
-<
+            () -> { f.thenCombine(nullFuture, (x, y) -> x); },
-<
+            () -> { f.thenCombineAsync(nullFuture, (x, y) -> x); },
-<
+            () -> { f.thenCombineAsync(nullFuture, (x, y) -> x, exec); },
-<
+            () -> { f.thenCombineAsync(g, (x, y) -> x, null); },
-<
-<
+            () -> { f.thenAcceptBoth(g, null); },
-<
+            () -> { f.thenAcceptBothAsync(g, null); },
-<
+            () -> { f.thenAcceptBothAsync(g, null, exec); },
-<
+            () -> { f.thenAcceptBoth(nullFuture, (x, y) -> {}); },
-<
+            () -> { f.thenAcceptBothAsync(nullFuture, (x, y) -> {}); },
-<
+            () -> { f.thenAcceptBothAsync(nullFuture, (x, y) -> {}, exec); },
-<
+            () -> { f.thenAcceptBothAsync(g, (x, y) -> {}, null); },
-<
-<
+            () -> { f.runAfterBoth(g, null); },
-<
+            () -> { f.runAfterBothAsync(g, null); },
-<
+            () -> { f.runAfterBothAsync(g, null, exec); },
-<
+            () -> { f.runAfterBoth(nullFuture, () -> {}); },
-<
+            () -> { f.runAfterBothAsync(nullFuture, () -> {}); },
-<
+            () -> { f.runAfterBothAsync(nullFuture, () -> {}, exec); },
-<
+            () -> { f.runAfterBothAsync(g, () -> {}, null); },
-<
-<
+            () -> { f.applyToEither(g, null); },
-<
+            () -> { f.applyToEitherAsync(g, null); },
-<
+            () -> { f.applyToEitherAsync(g, null, exec); },
-<
+            () -> { f.applyToEither(nullFuture, (x) -> x); },
-<
+            () -> { f.applyToEitherAsync(nullFuture, (x) -> x); },
-<
+            () -> { f.applyToEitherAsync(nullFuture, (x) -> x, exec); },
-<
+            () -> { f.applyToEitherAsync(g, (x) -> x, null); },
-<
-<
+            () -> { f.acceptEither(g, null); },
-<
+            () -> { f.acceptEitherAsync(g, null); },
-<
+            () -> { f.acceptEitherAsync(g, null, exec); },
-<
+            () -> { f.acceptEither(nullFuture, (x) -> {}); },
-<
+            () -> { f.acceptEitherAsync(nullFuture, (x) -> {}); },
-<
+            () -> { f.acceptEitherAsync(nullFuture, (x) -> {}, exec); },
-<
+            () -> { f.acceptEitherAsync(g, (x) -> {}, null); },
-<
-<
+            () -> { f.runAfterEither(g, null); },
-<
+            () -> { f.runAfterEitherAsync(g, null); },
-<
+            () -> { f.runAfterEitherAsync(g, null, exec); },
-<
+            () -> { f.runAfterEither(nullFuture, () -> {}); },
-<
+            () -> { f.runAfterEitherAsync(nullFuture, () -> {}); },
-<
+            () -> { f.runAfterEitherAsync(nullFuture, () -> {}, exec); },
-<
+            () -> { f.runAfterEitherAsync(g, () -> {}, null); },
-<
-<
+            () -> { f.thenCompose(null); },
-<
+            () -> { f.thenComposeAsync(null); },
-<
+            () -> { f.thenComposeAsync(new CompletableFutureInc(), null); },
-<
+            () -> { f.thenComposeAsync(null, exec); },
-<
-<
+            () -> { f.exceptionally(null); },
-<
-<
+            () -> { f.handle(null); },
-<
-<
+            () -> { CompletableFuture.allOf((CompletableFuture<?>)null); },
-<
+            () -> { CompletableFuture.allOf((CompletableFuture<?>[])null); },
-<
+            () -> { CompletableFuture.allOf(f, null); },
-<
+            () -> { CompletableFuture.allOf(null, f); },
-<
-<
+            () -> { CompletableFuture.anyOf((CompletableFuture<?>)null); },
-<
+            () -> { CompletableFuture.anyOf((CompletableFuture<?>[])null); },
-<
+            () -> { CompletableFuture.anyOf(f, null); },
-<
+            () -> { CompletableFuture.anyOf(null, f); },
->
+            () -> CompletableFuture.supplyAsync(null),
->
+            () -> CompletableFuture.supplyAsync(null, exec),
->
+            () -> CompletableFuture.supplyAsync(supplyOne, null),
->
->
+            () -> CompletableFuture.runAsync(null),
->
+            () -> CompletableFuture.runAsync(null, exec),
->
+            () -> CompletableFuture.runAsync(() -> {}, null),
->
->
+            () -> f.completeExceptionally(null),
->
->
+            () -> f.thenApply(null),
->
+            () -> f.thenApplyAsync(null),
->
+            () -> f.thenApplyAsync((x) -> x, null),
->
+            () -> f.thenApplyAsync(null, exec),
->
->
+            () -> f.thenAccept(null),
->
+            () -> f.thenAcceptAsync(null),
->
+            () -> f.thenAcceptAsync((x) -> {} , null),
->
+            () -> f.thenAcceptAsync(null, exec),
->
->
+            () -> f.thenRun(null),
->
+            () -> f.thenRunAsync(null),
->
+            () -> f.thenRunAsync(() -> {} , null),
->
+            () -> f.thenRunAsync(null, exec),
->
->
+            () -> f.thenCombine(g, null),
->
+            () -> f.thenCombineAsync(g, null),
->
+            () -> f.thenCombineAsync(g, null, exec),
->
+            () -> f.thenCombine(nullFuture, (x, y) -> x),
->
+            () -> f.thenCombineAsync(nullFuture, (x, y) -> x),
->
+            () -> f.thenCombineAsync(nullFuture, (x, y) -> x, exec),
->
+            () -> f.thenCombineAsync(g, (x, y) -> x, null),
->
->
+            () -> f.thenAcceptBoth(g, null),
->
+            () -> f.thenAcceptBothAsync(g, null),
->
+            () -> f.thenAcceptBothAsync(g, null, exec),
->
+            () -> f.thenAcceptBoth(nullFuture, (x, y) -> {}),
->
+            () -> f.thenAcceptBothAsync(nullFuture, (x, y) -> {}),
->
+            () -> f.thenAcceptBothAsync(nullFuture, (x, y) -> {}, exec),
->
+            () -> f.thenAcceptBothAsync(g, (x, y) -> {}, null),
->
->
+            () -> f.runAfterBoth(g, null),
->
+            () -> f.runAfterBothAsync(g, null),
->
+            () -> f.runAfterBothAsync(g, null, exec),
->
+            () -> f.runAfterBoth(nullFuture, () -> {}),
->
+            () -> f.runAfterBothAsync(nullFuture, () -> {}),
->
+            () -> f.runAfterBothAsync(nullFuture, () -> {}, exec),
->
+            () -> f.runAfterBothAsync(g, () -> {}, null),
->
->
+            () -> f.applyToEither(g, null),
->
+            () -> f.applyToEitherAsync(g, null),
->
+            () -> f.applyToEitherAsync(g, null, exec),
->
+            () -> f.applyToEither(nullFuture, (x) -> x),
->
+            () -> f.applyToEitherAsync(nullFuture, (x) -> x),
->
+            () -> f.applyToEitherAsync(nullFuture, (x) -> x, exec),
->
+            () -> f.applyToEitherAsync(g, (x) -> x, null),
->
->
+            () -> f.acceptEither(g, null),
->
+            () -> f.acceptEitherAsync(g, null),
->
+            () -> f.acceptEitherAsync(g, null, exec),
->
+            () -> f.acceptEither(nullFuture, (x) -> {}),
->
+            () -> f.acceptEitherAsync(nullFuture, (x) -> {}),
->
+            () -> f.acceptEitherAsync(nullFuture, (x) -> {}, exec),
->
+            () -> f.acceptEitherAsync(g, (x) -> {}, null),
->
->
+            () -> f.runAfterEither(g, null),
->
+            () -> f.runAfterEitherAsync(g, null),
->
+            () -> f.runAfterEitherAsync(g, null, exec),
->
+            () -> f.runAfterEither(nullFuture, () -> {}),
->
+            () -> f.runAfterEitherAsync(nullFuture, () -> {}),
->
+            () -> f.runAfterEitherAsync(nullFuture, () -> {}, exec),
->
+            () -> f.runAfterEitherAsync(g, () -> {}, null),
->
->
+            () -> f.thenCompose(null),
->
+            () -> f.thenComposeAsync(null),
->
+            () -> f.thenComposeAsync(new CompletableFutureInc(), null),
->
+            () -> f.thenComposeAsync(null, exec),
->
->
+            () -> f.exceptionally(null),
->
->
+            () -> f.handle(null),
->
->
+            () -> CompletableFuture.allOf((CompletableFuture<?>)null),
->
+            () -> CompletableFuture.allOf((CompletableFuture<?>[])null),
->
+            () -> CompletableFuture.allOf(f, null),
->
+            () -> CompletableFuture.allOf(null, f),
->
->
+            () -> CompletableFuture.anyOf((CompletableFuture<?>)null),
->
+            () -> CompletableFuture.anyOf((CompletableFuture<?>[])null),
->
+            () -> CompletableFuture.anyOf(f, null),
->
+            () -> CompletableFuture.anyOf(null, f),
->
->
+            () -> f.obtrudeException(null),
+        };
+        assertThrows(NullPointerException.class, throwingActions);
+        assertEquals(0, exec.count.get());
-+
+    /**
-+
+     * toCompletableFuture returns this CompletableFuture.
-+
+     */
-+
+    public void testToCompletableFuture() {
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        assertSame(f, f.toCompletableFuture());
-+
+    }
-+
-+
+    /**
-+
+     * whenComplete action executes on normal completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenComplete1() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenComplete((Integer x, Throwable t) -> a.getAndIncrement());
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        checkCompletedNormally(g, three);
-+
+        assertEquals(a.get(), 1);
-+
+    }
-+
-+
+    /**
-+
+     * whenComplete action executes on exceptional completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenComplete2() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenComplete((Integer x, Throwable t) -> a.getAndIncrement());
-+
+        f.completeExceptionally(new CFException());
-+
+        assertTrue(f.isCompletedExceptionally());
-+
+        assertTrue(g.isCompletedExceptionally());
-+
+        assertEquals(a.get(), 1);
-+
+    }
-+
-+
+    /**
-+
+     * If a whenComplete action throws an exception when triggered by
-+
+     * a normal completion, it completes exceptionally
-+
+     */
-+
+    public void testWhenComplete3() {
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenComplete((Integer x, Throwable t) ->
-+
+                           { throw new CFException(); } );
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        assertTrue(g.isCompletedExceptionally());
-+
+        checkCompletedWithWrappedCFException(g);
-+
+    }
-+
-+
+    /**
-+
+     * whenCompleteAsync action executes on normal completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenCompleteAsync1() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) -> a.getAndIncrement());
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        checkCompletedNormally(g, three);
-+
+        assertEquals(a.get(), 1);
-+
+    }
-+
-+
+    /**
-+
+     * whenCompleteAsync action executes on exceptional completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenCompleteAsync2() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) -> a.getAndIncrement());
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedWithWrappedCFException(g);
-+
+    }
-+
-+
+    /**
-+
+     * If a whenCompleteAsync action throws an exception when
-+
+     * triggered by a normal completion, it completes exceptionally
-+
+     */
-+
+    public void testWhenCompleteAsync3() {
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) ->
-+
+                           { throw new CFException(); } );
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        checkCompletedWithWrappedCFException(g);
-+
+    }
-+
-+
+    /**
-+
+     * whenCompleteAsync action executes on normal completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenCompleteAsync1e() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        ThreadExecutor exec = new ThreadExecutor();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) -> a.getAndIncrement(),
-+
+                                exec);
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        checkCompletedNormally(g, three);
-+
+        assertEquals(a.get(), 1);
-+
+    }
-+
-+
+    /**
-+
+     * whenCompleteAsync action executes on exceptional completion, propagating
-+
+     * source result.
-+
+     */
-+
+    public void testWhenCompleteAsync2e() {
-+
+        final AtomicInteger a = new AtomicInteger();
-+
+        ThreadExecutor exec = new ThreadExecutor();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) -> a.getAndIncrement(),
-+
+                                exec);
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedWithWrappedCFException(g);
-+
+    }
-+
-+
+    /**
-+
+     * If a whenCompleteAsync action throws an exception when triggered
-+
+     * by a normal completion, it completes exceptionally
-+
+     */
-+
+    public void testWhenCompleteAsync3e() {
-+
+        ThreadExecutor exec = new ThreadExecutor();
-+
+        CompletableFuture<Integer> f = new CompletableFuture<>();
-+
+        CompletableFuture<Integer> g =
-+
+            f.whenCompleteAsync((Integer x, Throwable t) ->
-+
+                                { throw new CFException(); },
-+
+                                exec);
-+
+        f.complete(three);
-+
+        checkCompletedNormally(f, three);
-+
+        checkCompletedWithWrappedCFException(g);
-+
+    }
-+
-+
+    /**
-+
+     * handleAsync action completes normally with function value on
-+
+     * either normal or exceptional completion of source
-+
+     */
-+
+    public void testHandleAsync() {
-+
+        CompletableFuture<Integer> f, g;
-+
+        IntegerHandler r;
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler());
-+
+        assertFalse(r.ran);
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedNormally(g, three);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler());
-+
+        assertFalse(r.ran);
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedNormally(g, three);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler());
-+
+        assertFalse(r.ran);
-+
+        f.complete(one);
-+
+        checkCompletedNormally(f, one);
-+
+        checkCompletedNormally(g, two);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler());
-+
+        assertFalse(r.ran);
-+
+        f.complete(one);
-+
+        checkCompletedNormally(f, one);
-+
+        checkCompletedNormally(g, two);
-+
+        assertTrue(r.ran);
-+
+    }
-+
-+
+    /**
-+
+     * handleAsync action with Executor completes normally with
-+
+     * function value on either normal or exceptional completion of
-+
+     * source
-+
+     */
-+
+    public void testHandleAsync2() {
-+
+        CompletableFuture<Integer> f, g;
-+
+        ThreadExecutor exec = new ThreadExecutor();
-+
+        IntegerHandler r;
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler(), exec);
-+
+        assertFalse(r.ran);
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedNormally(g, three);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler(), exec);
-+
+        assertFalse(r.ran);
-+
+        f.completeExceptionally(new CFException());
-+
+        checkCompletedWithWrappedCFException(f);
-+
+        checkCompletedNormally(g, three);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler(), exec);
-+
+        assertFalse(r.ran);
-+
+        f.complete(one);
-+
+        checkCompletedNormally(f, one);
-+
+        checkCompletedNormally(g, two);
-+
+        assertTrue(r.ran);
-+
-+
+        f = new CompletableFuture<>();
-+
+        g = f.handleAsync(r = new IntegerHandler(), exec);
-+
+        assertFalse(r.ran);
-+
+        f.complete(one);
-+
+        checkCompletedNormally(f, one);
-+
+        checkCompletedNormally(g, two);
-+
+        assertTrue(r.ran);
-+
+    }
-+

Diff Legend

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+Removed lines
-+
+Added lines
-<
+Changed lines
->
+Changed lines

Comparing jsr166/src/test/tck/CompletableFutureTest.java (file contents): Revision 1.25 by jsr166, Sat Apr 20 23:28:35 2013 UTC vs. Revision 1.36 by jsr166, Sun Jun 1 23:12:45 2014 UTC

Diff Legend

Comparing jsr166/src/test/tck/CompletableFutureTest.java (file contents):
Revision 1.25 by jsr166, Sat Apr 20 23:28:35 2013 UTC vs.
Revision 1.36 by jsr166, Sun Jun 1 23:12:45 2014 UTC