Best Serenity Cucumber code snippet using net.serenitybdd.cucumber.suiteslicing.WeightedCucumberScenario.toString
Source: CucumberScenarioLoader.java
...79 return 1;80 }81 }82 private Set<String> tagsFor(Feature feature, Scenario scenarioDefinition) {83 return FluentIterable.concat(feature.getTags(), scenarioTags(scenarioDefinition)).stream().map(Object::toString).collect(toSet());84 }85 private List<?> scenarioTags(Scenario scenario) {86 if (scenario.getExamples().isEmpty()) {87 return scenario.getTags();88 } else {89 return Stream.of(scenario.getTags(), scenario.getExamples()90 .stream().flatMap(e -> e.getTags().stream()).collect(toList())).flatMap(Collection::stream).map(tag->tag.getName())91 .collect(Collectors.toList());92 }93 }94 private BigDecimal scenarioWeightFor(Feature feature, Scenario scenarioDefinition) {95 return statistics.scenarioWeightFor(feature.getName(), scenarioDefinition.getName());96 }97}...
Source: WeightedCucumberScenarios.java
...68 public boolean equals(Object obj) {69 return reflectionEquals(this, obj);70 }71 @Override72 public String toString() {73 return ToStringBuilder.reflectionToString(this);74 }75 private static Comparator<WeightedCucumberScenario> bySlowestFirst() {76 return (item1, item2) -> compare(item2.weighting(), item1.weighting());77 }78 private static Comparator<List<WeightedCucumberScenario>> byLowestSumOfDurationFirst() {79 return (item1, item2) -> compare(item1.stream().map(WeightedCucumberScenario::weighting).reduce(ZERO, BigDecimal::add),80 item2.stream().map(WeightedCucumberScenario::weighting).reduce(ZERO, BigDecimal::add));81 }82 public int totalScenarioCount() {83 return scenarios.stream().map(scenario -> scenario.scenarioCount).reduce(0, Integer::sum);84 }85}...
Source: WeightedCucumberScenario.java
...30 public boolean equals(Object obj) {31 return reflectionEquals(this, obj);32 }33 @Override34 public String toString() {35 return reflectionToString(this);36 }37}
toString
Using AI Code Generation
1 public String toString() {2 return "WeightedCucumberScenario{" +3 '}';4 }5 public WeightedCucumberScenario(String scenario, int weight) {6 this.scenario = scenario;7 this.weight = weight;8 }9 public String getScenario() {10 return scenario;11 }12 public int getWeight() {13 return weight;14 }15 public void setScenario(String scenario) {16 this.scenario = scenario;17 }18 public void setWeight(int weight) {19 this.weight = weight;20 }21}22 public String toString() {23 return "WeightedCucumberScenario{" +24 '}';25 }26 public WeightedCucumberScenario(String scenario, int weight) {27 this.scenario = scenario;28 this.weight = weight;29 }30 public String getScenario() {31 return scenario;32 }33 public int getWeight() {34 return weight;35 }36 public void setScenario(String scenario) {37 this.scenario = scenario;38 }39 public void setWeight(int weight) {40 this.weight = weight;41 }42}
toString
Using AI Code Generation
1public class WeightedCucumberScenario {2 private final String featureName;3 private final String scenarioName;4 private final int weight;5 public WeightedCucumberScenario(String featureName, String scenarioName, int weight) {6 this.featureName = featureName;7 this.scenarioName = scenarioName;8 this.weight = weight;9 }10 public String getFeatureName() {11 return featureName;12 }13 public String getScenarioName() {14 return scenarioName;15 }16 public int getWeight() {17 return weight;18 }19 public String toString() {20 return String.format("%s:%s", featureName, scenarioName);21 }22}23public class WeightedCucumberScenario {24 private final String featureName;25 private final String scenarioName;26 private final int weight;27 public WeightedCucumberScenario(String featureName, String scenarioName, int weight) {28 this.featureName = featureName;29 this.scenarioName = scenarioName;30 this.weight = weight;31 }32 public String getFeatureName() {33 return featureName;34 }35 public String getScenarioName() {36 return scenarioName;37 }38 public int getWeight() {39 return weight;40 }41 public String toString() {42 return String.format("%s:%s", featureName, scenarioName);43 }44}45public class WeightedCucumberScenario {46 private final String featureName;47 private final String scenarioName;48 private final int weight;49 public WeightedCucumberScenario(String featureName, String scenarioName, int weight) {50 this.featureName = featureName;51 this.scenarioName = scenarioName;52 this.weight = weight;53 }54 public String getFeatureName() {55 return featureName;56 }57 public String getScenarioName() {58 return scenarioName;59 }60 public int getWeight() {61 return weight;62 }63 public String toString() {64 return String.format("%s:%s", featureName, scenarioName);65 }66}67public class WeightedCucumberScenario {68 private final String featureName;69 private final String scenarioName;70 private final int weight;71 public WeightedCucumberScenario(String featureName, String scenarioName, int weight) {72 this.featureName = featureName;73 this.scenarioName = scenarioName;74 this.weight = weight;75 }
toString
Using AI Code Generation
1 private static String scenarioToString(WeightedCucumberScenario scenario) {2 return scenario.toString();3 }4 private static String featureToString(WeightedCucumberFeature feature) {5 return feature.toString();6 }7 private static String tagStatementToString(WeightedCucumberTagStatement tagStatement) {8 return tagStatement.toString();9 }10 private static String tagStatementToString(WeightedCucumberTagStatement tagStatement) {11 return tagStatement.toString();12 }13 private static String scenarioToString(WeightedCucumberScenario scenario) {14 return scenario.toString();15 }16 private static String featureToString(WeightedCucumberFeature feature) {17 return feature.toString();18 }19 private static String tagStatementToString(WeightedCucumberTagStatement tagStatement) {20 return tagStatement.toString();21 }22 private static String scenarioToString(WeightedCucumberScenario scenario) {23 return scenario.toString();24 }25 private static String featureToString(WeightedCucumberFeature feature) {26 return feature.toString();27 }
toString
Using AI Code Generation
1package net.serenitybdd.cucumber.suiteslicing;2import java.util.List;3import java.util.stream.Collectors;4import cucumber.api.Scenario;5import cucumber.api.java.en.Given;6import cucumber.api.java.en.Then;7import cucumber.api.java.en.When;8public class WeightedCucumberScenarioSteps {9 private WeightedCucumberScenario weightedCucumberScenario;10 private String name;11 private int weight;12 private List<WeightedCucumberScenario> weightedCucumberScenarios;13 private List<WeightedCucumberScenario> filteredWeightedCucumberScenarios;14 @Given("^a weighted cucumber scenario with name \"([^\"]*)\" and weight (\\d+)$")15 public void a_weighted_cucumber_scenario_with_name_and_weight(String name, int weight) throws Throwable {16 this.name = name;17 this.weight = weight;18 this.weightedCucumberScenario = new WeightedCucumberScenario(name, weight);19 }20 @When("^I get the weight of the scenario$")21 public void i_get_the_weight_of_the_scenario() throws Throwable {22 this.weight = this.weightedCucumberScenario.getWeight();23 }24 @Then("^the weight of the scenario should be (\\d+)$")25 public void the_weight_of_the_scenario_should_be(int weight) throws Throwable {26 assert this.weight == weight;27 }28 @Given("^a weighted cucumber scenario with name \"([^\"]*)\"$")29 public void a_weighted_cucumber_scenario_with_name(String name) throws Throwable {30 this.name = name;31 this.weightedCucumberScenario = new WeightedCucumberScenario(name);32 }33 @Given("^a list of weighted cucumber scenarios$")34 public void a_list_of_weighted_cucumber_scenarios(List<WeightedCucumberScenario> weightedCucumberScenarios) throws Throwable {
toString
Using AI Code Generation
1String name = scenario.toString();2String name2 = scenario.getScenarioName();3String name3 = scenario.getName();4String name4 = scenario.getScenarioName();5String name5 = scenario.getScenarioName();6String name6 = scenario.getScenarioName();7String name7 = scenario.getScenarioName();8String name8 = scenario.getScenarioName();
toString
Using AI Code Generation
1 def scenario = scenario.toString()2 map.put(scenario, scenario)3 def scenarioToRun = map.get(scenario)4 runScenario(scenarioToRun, tags, arguments)5 }6}7def runScenario(scenario, tags, arguments) {8 def runner = new CucumberWithSerenity()9 runner.runCucumberWithSerenity(scenario, tags, arguments)10}11import cucumber.api.CucumberOptions12import cucumber.api.junit.Cucumber13import net.serenitybdd.cucumber.CucumberWithSerenity14import org.junit.runner.RunWith15@RunWith(Cucumber::class)16@CucumberOptions(17class RunCucumberTest {18 def runner = new CucumberWithSerenity()19 def scenario = runner.getFeature().getFeatureElements().get(0)20 def tags = runner.getTags()21 def arguments = runner.getArguments()22 def scenarioRunner = new ScenarioRunner()23 scenarioRunner.runScenario(scenario, tags, arguments)24}
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Basically how you instantiate your WebDriver is important indeed but it is worth thinking out a lot more other things from architecture standpoint which, having poorly developed, might make results of your tests useless.
RemoteWebDriver will let you prallelize one test by running it on several browsers. As far as I understand you want to run several tests simultaneously. Thus your second option is more relevant. However I would recommend to use JUnit/TestNG frameworks to run your tests and Maven Surefire plugin that supports several ways of parallelization.
In order not to care much about race conditions thread safety and synchronization I would recommend to distribute your tests among different test classes and use "fork" mode so that Maven Surefire will run your test classes in different JVMs where inside test methods would be running one-by-one as in your regular implementation.
P.S. - When you run tests in parallel you should also be aware of that your tests share the resources of your test environment (not only the objects in your code or whatever). So race conditions might occur when they attempt to perform actions which for example change database entries, etc. This decreases the isolation level of each your particular test within the environment.
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