How to use createWaitingThread method of com.consol.citrus.util.TestUtils class

Best Citrus code snippet using com.consol.citrus.util.TestUtils.createWaitingThread

Source:TestUtils.java

...61     * @param timeout62     */63    public static void waitForCompletion(final Completable container,64                                         final TestContext context, long timeout) {65        waitForCompletion(Executors.newSingleThreadScheduledExecutor(runnable -> TestUtils.createWaitingThread(runnable, context)),66                container, context, timeout);67    }68    /**69     * Uses given scheduler to wait for container to finish properly. Method polls for done state on container for given70     * amount of time.71     *72     * @param scheduledExecutor73     * @param container74     * @param context75     * @param timeout76     */77    public static void waitForCompletion(final ScheduledExecutorService scheduledExecutor,78                                         final Completable container,79                                         final TestContext context, long timeout) {80        if (container.isDone(context)) {81            return;82        }83        ScheduledFuture<?> scheduler = null;84        try {85            final CompletableFuture<Boolean> finished = new CompletableFuture<>();86             scheduler = scheduledExecutor.scheduleAtFixedRate(() -> {87                try {88                    if (container.isDone(context)) {89                        finished.complete(true);90                    } else {91                        log.debug("Wait for test container to finish properly ...");92                    }93                } catch (Exception e) {94                    if (log.isDebugEnabled()) {95                        log.debug("Failed to wait for completion of nested test actions", e);96                    } else {97                        log.warn(String.format("Failed to wait for completion of nested test actions because of %s",  e.getMessage()));98                    }99                }100            }, 100L, timeout / 10, TimeUnit.MILLISECONDS);101            finished.get(timeout, TimeUnit.MILLISECONDS);102        } catch (ExecutionException | TimeoutException | InterruptedException e) {103            throw new CitrusRuntimeException("Failed to wait for test container to finish properly", e);104        } finally {105            if (scheduler != null) {106                scheduler.cancel(true);107            }108            try {109                scheduledExecutor.shutdown();110                scheduledExecutor.awaitTermination((timeout / 10) / 2, TimeUnit.MICROSECONDS);111            } catch (InterruptedException e) {112                log.warn(String.format("Failed to await orderly termination of waiting tasks to complete, caused by %s", e.getMessage()));113            }114            if (!scheduledExecutor.isTerminated()) {115                scheduledExecutor.shutdownNow();116            }117        }118    }119    /**120     * Normalize the text by trimming whitespace and replacing line endings by a linux representation.121     * @param text122     * @return123     */124    public static String normalizeLineEndings(String text) {125        return text != null ? StringUtils.trimAllWhitespace(text.replace("\r\n", "\n").replace("&#13;\n", "\n") ): null;126    }127    private static Thread createWaitingThread(final Runnable runnable, TestContext context) {128        final Thread waitThread = Executors.defaultThreadFactory().newThread(runnable);129        if (context.getVariables().containsKey(CitrusSettings.TEST_NAME_VARIABLE)) {130            waitThread.setName(WAIT_THREAD_PREFIX.concat(context.getVariable(CitrusSettings.TEST_NAME_VARIABLE))131                    .concat("-").concat(waitThread.getName()));132        } else {133            waitThread.setName(WAIT_THREAD_PREFIX.concat(waitThread.getName()));134        }135        return waitThread;136    }137}...

createWaitingThread

Using AI Code Generation

1import com.consol.citrus.util.TestUtils;2public void test() {3    TestUtils.createWaitingThread(1000L, "Test thread");4}5public void test() {6    context.createThread(new Runnable() {7        public void run() {8        }9    });10}11public void test() {12    context.createThread(new Runnable() {13        public void run() {14        }15    }, "MyThread");16}17public void test() {18    context.createAutoStoppingThread(new Runnable() {19        public void run() {20        }21    }, "MyThread");22}

createWaitingThread

Using AI Code Generation

1import com.consol.citrus.util.TestUtils2import java.lang.Thread3def waitingThread = TestUtils.createWaitingThread(10000)4TestUtils.stopWaitingThread(waitingThread)5def waitingThread = TestUtils.createWaitingThread(10000)6TestUtils.stopWaitingThread(waitingThread)7def waitingThread = TestUtils.createWaitingThread(10000)8TestUtils.stopWaitingThread(waitingThread)9def waitingThread = TestUtils.createWaitingThread(10000)10TestUtils.stopWaitingThread(waitingThread)11def waitingThread = TestUtils.createWaitingThread(10000)12TestUtils.stopWaitingThread(waitingThread)13def waitingThread = TestUtils.createWaitingThread(10000)14TestUtils.stopWaitingThread(waitingThread)15def waitingThread = TestUtils.createWaitingThread(10000)16TestUtils.stopWaitingThread(waitingThread)

createWaitingThread

Using AI Code Generation

1[TestUtils] createWaitingThread(30000)2public void testLambdaExpression() {3    TestCase testCase = new TestCase();4    testCase.add(new TestAction() {5        public void doExecute(TestContext context, TestRunner runner) {6            runner.execute("lambda", "context -> { context.setVariable(\"foo\", \"bar\"); }");7            runner.variable("foo", "bar");8        }9    });10    runner.run(testCase);11}12public void testCodeBlock() {13    TestCase testCase = new TestCase();14    testCase.add(new TestAction() {15        public void doExecute(TestContext context, TestRunner runner) {16            runner.execute("code", "context.setVariable(\"foo\", \"bar\");");17            runner.variable("foo", "bar");18        }19    });20    runner.run(testCase);21}

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