net.thucydides.core.steps.StepEventBus Maven / Gradle / Ivy
package net.thucydides.core.steps;
import com.google.common.base.Preconditions;
import io.cucumber.core.resource.ClassLoaders;
import net.serenitybdd.core.Serenity;
import net.serenitybdd.model.collect.NewList;
import net.serenitybdd.model.environment.ConfiguredEnvironment;
import net.serenitybdd.core.eventbus.Broadcaster;
import net.serenitybdd.core.parallel.Agency;
import net.serenitybdd.core.parallel.Agent;
import net.thucydides.model.ThucydidesSystemProperty;
import net.thucydides.model.domain.*;
import net.thucydides.model.environment.SystemEnvironmentVariables;
import net.thucydides.model.environment.TestLocalEnvironmentVariables;
import net.thucydides.core.events.TestLifecycleEvents;
import net.thucydides.model.screenshots.ScreenshotAndHtmlSource;
import net.thucydides.core.steps.session.TestSession;
import net.thucydides.model.steps.ExecutedStepDescription;
import net.thucydides.model.steps.StepFailure;
import net.thucydides.model.steps.StepListener;
import net.thucydides.model.steps.TestFailureCause;
import net.thucydides.model.util.EnvironmentVariables;
import net.thucydides.model.webdriver.Configuration;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import java.io.File;
import java.io.InputStream;
import java.time.LocalDateTime;
import java.time.ZonedDateTime;
import java.util.*;
import java.util.concurrent.ConcurrentHashMap;
import java.util.concurrent.ConcurrentMap;
import java.util.concurrent.CopyOnWriteArrayList;
import java.util.stream.Collectors;
import static java.util.Arrays.stream;
import static net.thucydides.core.steps.BaseStepListener.ScreenshotType.OPTIONAL_SCREENSHOT;
import static net.thucydides.model.ThucydidesSystemProperty.SERENITY_ENABLE_WEBDRIVER_IN_FIXTURE_METHODS;
/**
* An event bus for Step-related notifications.
* Use this to integrate Thucydides listeners with testing tools.
* You create a listener (e.g. an instance of BaseStepListener, or your own), register it using
* 'registerListener', and then implement the various methods (testStarted(), stepStarted()). Thucydides
* will call these events on your listener as they occur.
* You can register a new Thucydides listener by implementing the StepListener interface and
* placing your class in the classpath. Thucydides will automatically detect the listener and add it to the
* registered listeners. It will load custom listeners automatically when a test starts for the first time.
*/
public class StepEventBus {
private static final ThreadLocal stepEventBusThreadLocal = new ThreadLocal<>();
private static final ConcurrentMap STICKY_EVENT_BUSES = new ConcurrentHashMap<>();
private static final String CORE_THUCYDIDES_PACKAGE = "net.thucydides.core";
private static final Logger LOGGER = LoggerFactory.getLogger(StepEventBus.class);
public static final String JUNIT_JUPITER_EXECUTION_PARALLEL_ENABLED = "junit.jupiter.execution.parallel.enabled";
private static boolean noCleanupForStickyBuses = false;
private static final String JUNIT_CONFIG_FILE_NAME = "junit-platform.properties";
private static boolean jUnit5ParallelMode = false;
private final Map, String> testCaseDisplayNames = new HashMap<>();
static {
jUnit5ParallelMode = isJUnit5ParallelMode();
}
/**
* The event bus used to inform listening classes about when tests and test steps start and finish.
* There is a separate event bus for each thread.
*/
public static StepEventBus getEventBus() {
if (stepEventBusThreadLocal.get() == null) {
synchronized (stepEventBusThreadLocal) {
stepEventBusThreadLocal.set(new StepEventBus(ConfiguredEnvironment.getEnvironmentVariables(),
ConfiguredEnvironment.getConfiguration()));
}
}
return stepEventBusThreadLocal.get();
}
/**
* If called from a Cucumber parallel Test session will return the corresponding StepEventBus, otherwise
* will redirect to getEventBus()
*/
public static StepEventBus getParallelEventBus() {
if (TestSession.isSessionStarted()) {
return TestSession.getTestSessionContext().getStepEventBus();
} else {
return getEventBus();
}
}
/**
* @param key
* @return
*/
public static StepEventBus eventBusFor(Object key) {
if (key == null) {
return new SilentEventBus(ConfiguredEnvironment.getEnvironmentVariables());
}
return STICKY_EVENT_BUSES.computeIfAbsent(key, (unused) -> new StepEventBus(
ConfiguredEnvironment.getEnvironmentVariables(), ConfiguredEnvironment.getConfiguration()));
}
public static void setCurrentBusToEventBusFor(Object key) {
synchronized (stepEventBusThreadLocal) {
stepEventBusThreadLocal.set(eventBusFor(key));
}
}
public static void clearEventBusFor(Object key) {
if(noCleanupForStickyBuses) {
return;
}
STICKY_EVENT_BUSES.remove(key);
}
public static void forceClearEventBusFor(Object key) {
STICKY_EVENT_BUSES.remove(key);
}
private List registeredListeners = new CopyOnWriteArrayList<>();
/**
* A reference to the base step listener, if registered.
*/
private BaseStepListener baseStepListener;
private TestResultTally resultTally;
private final Stack stepStack = new Stack<>();
private final Stack webdriverSuspensions = new Stack<>();
private Set customListeners;
private boolean stepFailed;
private boolean suspendedTest;
private boolean assumptionViolated;
private String assumptionViolatedMessage;
private boolean uniqueSession;
private Class classUnderTest;
private Story storyUnderTest;
private Optional isDryRun = Optional.empty();
private final EnvironmentVariables environmentVariables;
private final CleanupMethodLocator cleanupMethodLocator;
private final File outputDirectory;
public StepEventBus(EnvironmentVariables environmentVariables, Configuration configuration) {
this.environmentVariables = environmentVariables;
this.cleanupMethodLocator = new CleanupMethodLocator();
this.outputDirectory = configuration.getOutputDirectory();
}
/**
* Method used for testing purposes to find an event bus for a given test.
*/
public static Optional eventBusForTest(String testName) {
return STICKY_EVENT_BUSES.keySet().stream()
.filter(key -> key.toString().contains(testName))
.map(STICKY_EVENT_BUSES::get)
.findFirst();
}
public EnvironmentVariables getEnvironmentVariables() {
return environmentVariables;
}
/**
* Indicates the test source e.g : junit/jbehave/cucumber
*/
private String testSource;
/**
* Register a listener to receive notification at different points during a test's execution.
* If you are writing your own listener, you shouldn't need to call this method - just set up your
* listener implementation as a service (see http://download.oracle.com/javase/6/docs/api/java/util/ServiceLoader.html),
* place the listener class on the classpath and it will be detected automatically.
*/
public StepEventBus registerListener(final StepListener listener) {
if (!registeredListeners.contains(listener)) {
registeredListeners.add(listener);
if (BaseStepListener.class.isAssignableFrom(listener.getClass())) {
baseStepListener = (BaseStepListener) listener;
baseStepListener.setEventBus(this);
}
}
return this;
}
public boolean isBaseStepListenerRegistered() {
return currentBaseStepListener() != null;
}
public BaseStepListener getBaseStepListener() {
BaseStepListener currentListener = currentBaseStepListener();
if(currentListener == null) {
LOGGER.error("CurrentListener is null");
Thread.dumpStack();
}
Preconditions.checkNotNull(currentListener, "No BaseStepListener has been registered - are you running your test using the Serenity runners?");
return currentListener;
}
private BaseStepListener currentBaseStepListener() {
return Agency.getInstance().currentAgentSpecificListener().orElse(baseStepListener);
}
public void testStarted(final String testName) {
clear();
for (StepListener stepListener : getAllListeners()) {
stepListener.testStarted(testName);
}
StepEventBus.getParallelEventBus().setTestSource(testSource);
TestLifecycleEvents.postEvent(TestLifecycleEvents.testStarted());
}
public void testScenarioStarted(String testName, String testMethod, String testId, String scenarioId) {
clear();
for (StepListener stepListener : getAllListeners()) {
stepListener.testStarted(testName, testMethod, testId, scenarioId);
}
StepEventBus.getParallelEventBus().setTestSource(testSource);
TestLifecycleEvents.postEvent(TestLifecycleEvents.testStarted());
}
public void testStarted(final String testName, final String id) {
clear();
for (StepListener stepListener : getAllListeners()) {
stepListener.testStarted(testName, id);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testStarted());
}
public void testStarted(final String testName, ZonedDateTime startTime) {
clear();
for (StepListener stepListener : getAllListeners()) {
stepListener.testStarted(testName, startTime);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testStarted());
}
public void testStarted(final String testName, final String id, ZonedDateTime startTime) {
clear();
for (StepListener stepListener : getAllListeners()) {
stepListener.testStarted(testName, id, startTime);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testStarted());
}
public boolean isUniqueSession() {
return uniqueSession;
}
public void setUniqueSession(boolean uniqueSession) {
this.uniqueSession = uniqueSession;
}
public void testStarted(final String newTestName, final Story story) {
startSuiteWithStoryForFirstTest(story);
testStarted(newTestName);
}
public void testStarted(final String newTestName, final Class testClass) {
ensureThatTheTestSuiteStartedWith(testClass);
if (newTestName != null) {
testStarted(newTestName);
}
}
public void testStarted(final String newTestName,
final Class testClass,
String testMethod,
String uniqueId,
String scenarioId) {
ensureThatTheTestSuiteStartedWith(testClass);
if (newTestName != null) {
testScenarioStarted(newTestName, testMethod, uniqueId, scenarioId);
}
}
private void ensureThatTheTestSuiteStartedWith(Class testClass) {
if (!getBaseStepListener().testSuiteRunning()) {
testSuiteStarted(testClass);
}
}
private void startSuiteWithStoryForFirstTest(final Story story) {
if ((storyUnderTest == null) || (storyUnderTest != story)) {
testSuiteStarted(story);
}
}
protected List getAllListeners() {
List allListeners = registeredListeners();
allListeners.addAll(getCustomListeners());
return NewList.copyOf(allListeners);
}
private List registeredListeners() {
List listeners = new ArrayList<>(registeredListeners);
if (baseStepListener != null) {
listeners.remove(baseStepListener);
}
if (currentBaseStepListener() != null) {
listeners.add(currentBaseStepListener());
}
return listeners;
}
private Set getCustomListeners() {
if (customListeners == null) {
customListeners = Collections.synchronizedSet(new HashSet<>());
ServiceLoader stepListenerServiceLoader = ServiceLoader.load(StepListener.class);
Iterator listenerImplementations = stepListenerServiceLoader.iterator();
while (listenerImplementations.hasNext()) {
try {
StepListener listener = listenerImplementations.next();
if (!isACore(listener)) {
LOGGER.debug("Registering custom listener " + listener);
customListeners.add(listener);
}
} catch (ServiceConfigurationError e) {
LOGGER.error("Could not instantiate listener ", e);
}
}
}
return customListeners;
}
private boolean isACore(final StepListener listener) {
return listener.getClass().getPackage().getName().startsWith(CORE_THUCYDIDES_PACKAGE);
}
public void testSuiteStarted(final Class testClass) {
LOGGER.debug("Test suite started for {}", testClass);
clear();
updateClassUnderTest(testClass);
for (StepListener stepListener : getAllListeners()) {
if (testCaseDisplayNames.containsKey(testClass)) {
stepListener.testSuiteStarted(testClass, testCaseDisplayNames.get(testClass));
} else {
stepListener.testSuiteStarted(testClass);
}
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testSuiteStarted());
}
public void testSuiteStarted(final Class testClass, String testCaseName) {
LOGGER.debug("Test suite started for {} in {}", testCaseName, testClass);
clear();
testCaseDisplayNames.put(testClass, testCaseName);
updateClassUnderTest(testClass);
for (StepListener stepListener : getAllListeners()) {
stepListener.testSuiteStarted(testClass,testCaseName);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testSuiteStarted());
}
private void updateClassUnderTest(final Class testClass) {
classUnderTest = testClass;
}
private void updateStoryUnderTest(final Story story) {
storyUnderTest = story;
}
public void updateExampleLineNumber(int lineNumber) {
getBaseStepListener().updateExampleLineNumber(lineNumber);
}
public void testSuiteStarted(final Story story) {
LOGGER.debug("Test suite started for story {}", story);
updateStoryUnderTest(story);
for (StepListener stepListener : getAllListeners()) {
stepListener.testSuiteStarted(story);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testSuiteStarted());
}
public void clear() {
stepStack.clear();
clearStepFailures();
currentTestIsNotSuspended();
noAssumptionsViolated();
disableSoftAsserts();
if (clearSessionForEachTest()) {
Serenity.clearCurrentSession();
StepFactory.getFactory().reset();
}
resultTally = null;
classUnderTest = null;
webdriverSuspensions.clear();
isDryRun = Optional.empty();
suspendedTest = false;
Broadcaster.unregisterAllListeners();
dropClosableListeners();
}
private boolean clearSessionForEachTest() {
return !ThucydidesSystemProperty.SERENITY_MAINTAIN_SESSION.booleanFrom(environmentVariables, false);
}
private void noAssumptionsViolated() {
assumptionViolated = false;
assumptionViolatedMessage = "";
}
/**
* Removes a test suspension
*/
public void unsuspend() {
suspendedTest = false;
}
private void currentTestIsNotSuspended() {
suspendedTest = false;
}
private TestResultTally getResultTally() {
if (resultTally == null) {
resultTally = TestResultTally.forTestClass(classUnderTest);
}
return resultTally;
}
private void recordTestMetadataFor(TestOutcome outcome) {
outcome.setTestSource(testSource);
if (!TestContext.forTheCurrentTest().getContext().isEmpty()) {
outcome.setContext(TestContext.forTheCurrentTest().getContext());
}
}
private void recordTestContext() {
TestOutcome outcome = getBaseStepListener().getCurrentTestOutcome();
}
public void testFinished(boolean inDataDrivenTest, ZonedDateTime finishTime) {
TestOutcome outcome = getBaseStepListener().getCurrentTestOutcome();
outcome = checkForEmptyScenarioIn(outcome);
recordTestMetadataFor(outcome);
try {
for (StepListener stepListener : getAllListeners()) {
stepListener.testFinished(outcome, inDataDrivenTest, finishTime);
}
} catch(Throwable testFailedInTeardownOperations) {
getBaseStepListener().stepFailedWithException(testFailedInTeardownOperations);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testFinished());
SystemEnvironmentVariables.currentEnvironment().reset();
TestLocalEnvironmentVariables.clear();
clear();
}
public void testFinished(boolean inDataDrivenTest) {
testFinished(inDataDrivenTest, ZonedDateTime.now());
}
public void finishTestRun() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testRunFinished();
}
}
public void testFinished() {
testFinished(false);
}
private TestOutcome checkForEmptyScenarioIn(TestOutcome outcome) {
if (isAGherkinScenario(outcome)) {
if (outcome.hasNoSteps()) {
return outcome.withResult(TestResult.PENDING);
}
}
return outcome;
}
private boolean isAGherkinScenario(TestOutcome outcome) {
if ((outcome == null) || (outcome.getTestSource() == null)) return false;
return outcome.getTestSource().equalsIgnoreCase("cucumber") || outcome.getTestSource().equalsIgnoreCase("jbehave");
}
public void testFinished(TestOutcome result) {
for (StepListener stepListener : getAllListeners()) {
stepListener.testFinished(result);
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testFinished());
clear();
}
public void testRetried() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testRetried();
}
clear();
}
private void pushStep(String stepName) {
stepStack.push(stepName);
}
private void popStep() {
stepStack.pop();
}
public void clearStepFailures() {
stepFailed = false;
}
public boolean aStepInTheCurrentTestHasFailed() {
return stepFailed;
}
public boolean isCurrentTestDataDriven() {
return DataDrivenStep.inProgress();
}
/**
* Start the execution of a test step.
*/
public void stepStarted(final ExecutedStepDescription stepDescription) {
stepStarted(stepDescription, false, ZonedDateTime.now());
}
public void stepStarted(final ExecutedStepDescription stepDescription, ZonedDateTime startTime) {
stepStarted(stepDescription, false, startTime);
}
/**
* Start the execution of a test step.
*/
public void stepStarted(final ExecutedStepDescription stepDescription,
boolean isPrecondition,
ZonedDateTime startTime) {
pushStep(stepDescription.getName());
for (StepListener stepListener : getAllListeners()) {
stepListener.stepStarted(stepDescription, startTime);
}
if (isPrecondition) {
getBaseStepListener().currentStepIsAPrecondition();
}
}
/**
* Record a step that is not scheduled to be executed (e.g. a skipped or ignored step).
*/
public void skippedStepStarted(final ExecutedStepDescription executedStepDescription) {
pushStep(executedStepDescription.getName());
for (StepListener stepListener : getAllListeners()) {
stepListener.skippedStepStarted(executedStepDescription);
}
}
public void stepFinished() {
stepDone();
getResultTally().logExecutedTest();
for (StepListener stepListener : getAllListeners()) {
stepListener.stepFinished();
}
}
/**
* Called from serial replay - StepFinishedEvent
* @param screenshots - screenshots that were recorded when the step was finished
*/
public void stepFinished(List screenshots, ZonedDateTime time) {
stepDone();
getResultTally().logExecutedTest();
for (StepListener stepListener : getAllListeners()) {
stepListener.stepFinished(screenshots, time);
}
}
private void stepDone() {
if (!stepStack.empty()) {
popStep();
}
}
public void stepFailed(final StepFailure failure) {
stepDone();
getResultTally().logFailure(failure);
for (StepListener stepListener : getAllListeners()) {
stepListener.stepFailed(failure);
}
stepFailed = true;
}
public void stepFailed(final StepFailure failure,
List screenshotList,
boolean isInDataDrivenTest,
ZonedDateTime timestamp) {
stepDone();
getResultTally().logFailure(failure);
for (StepListener stepListener : getAllListeners()) {
stepListener.stepFailed(failure,screenshotList,isInDataDrivenTest, timestamp);
}
stepFailed = true;
}
public void stepFailed(final StepFailure failure, List screenshotList, boolean isInDataDrivenTest) {
stepFailed(failure,screenshotList,isInDataDrivenTest, ZonedDateTime.now());
}
public void lastStepFailed(final StepFailure failure) {
getResultTally().logFailure(failure);
for (StepListener stepListener : getAllListeners()) {
stepListener.stepFailed(failure);
}
stepFailed = true;
}
public void stepIgnored() {
stepDone();
getResultTally().logIgnoredTest();
for (StepListener stepListener : getAllListeners()) {
stepListener.stepIgnored();
}
}
public void stepPending() {
stepPending(null);
}
public void stepPending(String message) {
testPending();
stepDone();
getResultTally().logIgnoredTest();
for (StepListener stepListener : getAllListeners()) {
if (message != null) {
stepListener.stepPending(message);
} else {
stepListener.stepPending();
}
}
}
public void assumptionViolated(String message) {
testIgnored();
suspendTest();
stepDone();
getResultTally().logIgnoredTest();
for (StepListener stepListener : getAllListeners()) {
stepListener.assumptionViolated(message);
}
assumptionViolated = true;
assumptionViolatedMessage = message;
}
public void dropListener(final StepListener stepListener) {
registeredListeners.remove(stepListener);
}
private void dropClosableListeners() {
registeredListeners = registeredListeners.stream().filter(stepListener -> (!(stepListener instanceof Droppable))).collect(Collectors.toList());
}
public void dropAllListeners() {
registeredListeners.clear();
}
private boolean driverReenabled = false;
public void reenableWebDriver() {
driverReenabled = true;
}
public boolean inFixtureMethod() {
return cleanupMethodLocator.currentMethodWasCalledFromACleanupMethod();
}
private boolean activateWebDriverInFixtureMethods() {
return SERENITY_ENABLE_WEBDRIVER_IN_FIXTURE_METHODS.booleanFrom(environmentVariables, true);
}
public boolean webdriverCallsAreSuspended() {
if (driverReenabled || (inFixtureMethod() && activateWebDriverInFixtureMethods())) {
return false;
}
if (softAssertsActive()) {
return !webdriverSuspensions.isEmpty();
}
return currentTestIsSuspended() || aStepInTheCurrentTestHasFailed() || !webdriverSuspensions.isEmpty();
}
public void reenableWebdriverCalls() {
webdriverSuspensions.pop();
}
public void temporarilySuspendWebdriverCalls() {
webdriverSuspensions.push(true);
}
public void testFailed(final Throwable cause, ZonedDateTime timestamp) {
TestOutcome outcome = getBaseStepListener().getCurrentTestOutcome();
outcome.recordDuration(timestamp);
testFailed(cause);
}
/**
* The test failed, but not during the execution of a step.
*
* @param cause the underlying cause of the failure.
*/
public void testFailed(final Throwable cause) {
TestOutcome outcome = getBaseStepListener().getCurrentTestOutcome();
recordTestMetadataFor(outcome);
for (StepListener stepListener : getAllListeners()) {
try {
stepListener.testFailed(outcome, cause);
} catch (AbstractMethodError ame) {
LOGGER.warn("Caught abstract method error - this seems to be mostly harmless.");
}
}
}
/**
* Mark the current test method as pending.
* The test will stil be executed to record the steps, but any webdriver calls will be skipped.
*/
public void testPending() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testPending();
}
suspendTest();
recordTestMetadataFor(getBaseStepListener().getCurrentTestOutcome());
}
/**
* Mark the current test method as pending.
* The test will stil be executed to record the steps, but any webdriver calls will be skipped.
*/
public void testIsManual() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testIsManual();
}
suspendTest();
}
public void suspendTest() {
suspendedTest = true;
}
public void suspendTest(TestResult result) {
switch (result) {
case PENDING:
testPending();
break;
case IGNORED:
testIgnored();
break;
case SKIPPED:
testSkipped();
break;
case ABORTED:
testAborted();
}
}
public void useScenarioOutline(String scenarioOutline) {
getBaseStepListener().latestTestOutcome().ifPresent(
testOutcome -> testOutcome.useScenarioOutline(scenarioOutline)
);
}
public boolean currentTestIsSuspended() {
return suspendedTest;
}
public boolean assumptionViolated() {
return assumptionViolated;
}
public void testIgnored() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testIgnored();
}
suspendTest();
recordTestMetadataFor(getBaseStepListener().getCurrentTestOutcome());
}
public void testSkipped() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testSkipped();
}
suspendTest();
recordTestMetadataFor(getBaseStepListener().getCurrentTestOutcome());
}
public void testAborted() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testAborted();
}
suspendTest();
recordTestMetadataFor(getBaseStepListener().getCurrentTestOutcome());
}
public boolean areStepsRunning() {
return !stepStack.isEmpty();
}
public void notifyScreenChange() {
for (StepListener stepListener : getAllListeners()) {
stepListener.notifyScreenChange();
}
}
public void testSuiteFinished() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testSuiteFinished();
}
TestLifecycleEvents.postEvent(TestLifecycleEvents.testSuiteFinished());
storyUnderTest = null;
}
public void testRunFinished() {
for (StepListener stepListener : getAllListeners()) {
stepListener.testRunFinished();
}
}
public void updateCurrentStepTitle(String stepTitle) {
getBaseStepListener().updateCurrentStepTitle(stepTitle);
}
public void updateCurrentStepTitleAsPrecondition(String stepTitle) {
getBaseStepListener().updateCurrentStepTitle(stepTitle).asAPrecondition();
}
public void addIssuesToCurrentStory(List issues) {
getBaseStepListener().addIssuesToCurrentStory(issues);
}
public void addIssuesToCurrentTest(List issues) {
getBaseStepListener().getCurrentTestOutcome().addIssues(issues);
}
public void addTagsToCurrentTest(List tags) {
getBaseStepListener().getCurrentTestOutcome().addTags(tags);
}
public void addTagsToCurrentStory(List tags) {
getBaseStepListener().addTagsToCurrentStory(tags);
}
public void addDescriptionToCurrentTest(String description) {
getBaseStepListener().getCurrentTestOutcome().setDescription(description);
}
public void setBackgroundTitle(String title) {
getBaseStepListener().getCurrentTestOutcome().setBackgroundTitle(title);
}
public void setBackgroundDescription(String description) {
getBaseStepListener().getCurrentTestOutcome().setBackgroundDescription(description);
}
public void setRule(Rule rule) {
getBaseStepListener().getCurrentTestOutcome().setRule(rule);
}
public void useExamplesFrom(DataTable table) {
for (StepListener stepListener : getAllListeners()) {
stepListener.useExamplesFrom(table);
}
}
public void addNewExamplesFrom(DataTable newTable) {
for (StepListener stepListener : getAllListeners()) {
stepListener.addNewExamplesFrom(newTable);
}
}
public void exampleStarted(Map data) {
for (StepListener stepListener : getAllListeners()) {
stepListener.exampleStarted(data);
}
}
public void exampleStarted(Map data, ZonedDateTime time) {
for (StepListener stepListener : getAllListeners()) {
stepListener.exampleStarted(data, time);
}
}
public void exampleStarted(Map data, String exampleName) {
for (StepListener stepListener : getAllListeners()) {
stepListener.exampleStarted(data, exampleName);
}
}
public void exampleStarted(Map data, String exampleName, ZonedDateTime time) {
for (StepListener stepListener : getAllListeners()) {
stepListener.exampleStarted(data, exampleName, time);
}
}
public void exampleFinished() {
for (StepListener stepListener : getAllListeners()) {
stepListener.exampleFinished();
}
}
public boolean currentTestOutcomeIsDataDriven() {
return (getBaseStepListener().latestTestOutcome().isPresent() && getBaseStepListener().latestTestOutcome().get().isDataDriven());
}
/**
* Forces Thucydides to take a screenshot now.
*/
public void takeScreenshot() {
if (!isDryRun()) {
// getBaseStepListener().notifyUIError();
getBaseStepListener().takeScreenshot();
}
}
public void notifyFailure() {
getBaseStepListener().notifyUIError();
}
public boolean testSuiteHasStarted() {
return getBaseStepListener().testSuiteRunning();
}
public String getAssumptionViolatedMessage() {
return assumptionViolatedMessage;
}
public java.util.Optional getCurrentStep() {
return getBaseStepListener().cloneCurrentStep();
}
/**
* Set all steps in the current test outcome to a given result.
* Used to set all steps to PENDING or SKIPPED, for example.
*
* @param result
*/
public void setAllStepsTo(TestResult result) {
getBaseStepListener().setAllStepsTo(result);
}
private final Optional NO_FORCED_RESULT = Optional.empty();
public java.util.Optional getForcedResult() {
return (getBaseStepListener() != null) ? getBaseStepListener().getForcedResult() : NO_FORCED_RESULT;
}
public synchronized boolean isDryRun() {
if (this.isDryRun.isPresent()) {
return this.isDryRun.get();
} else {
return ThucydidesSystemProperty.SERENITY_DRY_RUN.booleanFrom(environmentVariables);
}
}
public synchronized void enableDryRun() {
this.isDryRun = Optional.of(true);
}
public void exceptionExpected(Class expected) {
getBaseStepListener().exceptionExpected(expected);
}
java.util.Optional NO_RESULT_YET = java.util.Optional.empty();
public java.util.Optional resultSoFar() {
return (getBaseStepListener().latestTestOutcome().isPresent()) ?
java.util.Optional.ofNullable(getBaseStepListener().latestTestOutcome().get().getResult()) : NO_RESULT_YET;
}
public void mergePreviousStep() {
getBaseStepListener().mergeLast(2).steps();
}
public void updateOverallResults() {
if (getBaseStepListener() != null) {
getBaseStepListener().updateOverallResults();
}
}
public void reset() {
if (isBaseStepListenerRegistered()) {
getBaseStepListener().testSuiteFinished();
}
stepEventBusThreadLocal.remove();
}
private boolean softAssertsEnabled = false;
public void disableSoftAsserts() {
softAssertsEnabled = false;
}
public void enableSoftAsserts() {
softAssertsEnabled = true;
}
public boolean softAssertsActive() {
return softAssertsEnabled;
}
public String getTestSource() {
return testSource;
}
public void setTestSource(String testSource) {
this.testSource = testSource;
}
public void cancelPreviousTest() {
getBaseStepListener().cancelPreviousTest();
}
public void lastTestPassedAfterRetries(int remainingTries, List failureMessages, TestFailureCause testFailureCause) {
getBaseStepListener().lastTestPassedAfterRetries(remainingTries, failureMessages, testFailureCause);
}
public static void overrideEventBusWith(StepEventBus stepEventBus) {
stepEventBusThreadLocal.set(stepEventBus);
}
public void castActor(String name) {
if ((getBaseStepListener() != null) && (getBaseStepListener().latestTestOutcome() != null)) {
getBaseStepListener().latestTestOutcome().ifPresent(
testOutcome -> testOutcome.castActor(name)
);
}
}
public void initialiseSession() {
if (clearSessionForEachTest()) {
Serenity.clearCurrentSession();
}
}
public void registerAgent(Agent agent) {
Agency.getInstance().registerAgent(agent);
}
public void registerAgents(Agent... agents) {
for (Agent agent : agents) {
Agency.getInstance().registerAgent(agent);
}
}
public void dropAgents(Agent... agents) {
for (Agent agent : agents) {
Agency.getInstance().dropAgent(agent);
}
}
public void dropAgent(Agent agent) {
Agency.getInstance().dropAgent(agent);
}
public void mergeActivitiesToDefaultStepListener(Agent... agents) {
mergeActivitiesToDefaultStepListener("{0}", agents);
}
public void mergeActivitiesToDefaultStepListener(String stepName, Agent... agents) {
stream(agents)
.map(agent -> Agency.getInstance().baseListenerFor(agent))
.filter(Optional::isPresent)
.map(Optional::get)
.map(BaseStepListener::getTestOutcomes)
.filter(testOutcomes -> !testOutcomes.isEmpty()) // There should always be exactly one test outcome
.map(testOutcomes -> testOutcomes.get(0))
.forEach(outcome -> recordOutcomeAsSteps(stepName, outcome, baseStepListener)); // Record the steps of this outcome in the main test outcome
stream(agents).forEach(agent -> Agency.getInstance().dropAgent(agent));
}
private void recordOutcomeAsSteps(String topLevelStepName, TestOutcome testOutcome, BaseStepListener stepListener) {
stepListener.stepStarted(ExecutedStepDescription.withTitle(formattedDescription(topLevelStepName, testOutcome.getName())));
stepListener.addChildStepsFrom(testOutcome.getTestSteps());
stepListener.stepFinished();
}
private String formattedDescription(String topLevelStepName, String agent) {
return topLevelStepName.replace("{0}", agent);
}
public void wrapUpCurrentCucumberStep() {
if (isBaseStepListenerRegistered() && CurrentTestResult.isCucumber(getBaseStepListener().getCurrentTestOutcome()) && getBaseStepListener().currentStepDepth() == 1) {
getBaseStepListener().currentStepDone(TestResult.UNDEFINED);
}
}
public boolean currentTestHasTag(TestTag tag) {
if (isBaseStepListenerRegistered()) {
if (getBaseStepListener().latestTestOutcome().isPresent()) {
return getBaseStepListener().getCurrentTestOutcome().getTags().contains(tag);
} else {
return false;
}
} else {
return false;
}
}
public boolean isASingleBrowserScenario() {
if(jUnit5ParallelMode) {
return false;
}
return uniqueSession
|| currentTestHasTag(TestTag.withValue("singlebrowser"))
|| getBaseStepListener().currentStoryHasTag(TestTag.withValue("singlebrowser"));
}
public boolean isNewSingleBrowserScenario() {
return isASingleBrowserScenario() && !previousScenarioWasASingleBrowserScenario();
}
private boolean previousScenarioWasASingleBrowserScenario() {
if (isBaseStepListenerRegistered()) {
return getBaseStepListener().previousScenarioWasASingleBrowserScenario();
} else {
return false;
}
}
private static boolean isJUnit5ParallelMode() {
Properties junitProperties = fromClasspathResource(JUNIT_CONFIG_FILE_NAME);
if(junitProperties.size() > 0) {
return junitProperties.getProperty(JUNIT_JUPITER_EXECUTION_PARALLEL_ENABLED, "false").equalsIgnoreCase("true");
} else {
return System.getProperty("junit.jupiter.execution.parallel.enabled", "false").equalsIgnoreCase("true");
}
}
private static Properties fromClasspathResource(String configFileName) {
Properties props = new Properties();
try {
InputStream inputStream = ClassLoaders.getDefaultClassLoader().getResourceAsStream(configFileName);
if (inputStream != null) {
LOGGER.info(String.format(
"Loading JUnit Platform configuration parameters from classpath resource [%s].", configFileName));
props.load(inputStream);
}
}
catch (Exception ex) {
LOGGER.info(String.format("Failed to load JUnit Platform configuration parameters from classpath resource [%s].", configFileName));
}
return props;
}
public static void setNoCleanupForStickyBuses(boolean noCleanup) {
noCleanupForStickyBuses = noCleanup;
}
public List takeScreenshots() {
if (!isDryRun()) {
List screenshots = new ArrayList<>();
for (StepListener stepListener : getAllListeners()) {
stepListener.takeScreenshots(screenshots);
}
return screenshots;
} else {
return new ArrayList<>();
}
}
public List takeScreenshots(TestResult testResult) {
if (!isDryRun()) {
List screenshots = new ArrayList<>();
for (StepListener stepListener : getAllListeners()) {
stepListener.takeScreenshots(testResult, screenshots);
}
return screenshots;
} else {
return new ArrayList<>();
}
}
}
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