Best JGiven code snippet using com.tngtech.jgiven.impl.tag.TestTagGenerator.next
Source: TagCollectorTest.java
...8 private final TagCollector underTest = new TagCollector();9 private final TestTagGenerator tagGenerator = new TestTagGenerator();10 @Test11 public void testCollectorCollectsTags() {12 ResolvedTag tag1 = tagGenerator.next();13 ResolvedTag tag2 = tagGenerator.next();14 ResolvedTags result = Stream.of(tag1, tag2).collect(underTest);15 assertThat(result.resolvedTags).contains(tag1, tag2);16 }17 @Test18 public void testCollectorCanMergeParallelResults() {19 ResolvedTags resolvedTags = StreamSupport.stream(20 ((Iterable<ResolvedTag>) () -> tagGenerator).spliterator(), true)21 .limit(50)22 .collect(underTest);23 assertThat(resolvedTags.resolvedTags).hasSize(50);24 }25}...
Source: TestTagGenerator.java
...10 public boolean hasNext() {11 return count < Integer.MAX_VALUE;12 }13 @Override14 public ResolvedTag next() {15 count++;16 System.out.println("Generating Tag No. " + count);17 return new ResolvedTag(18 new Tag("tag" + count),19 Collections.singletonList(new Tag("parent" + count))20 );21 }22 static ResolvedTags getEnumeratedResolvedTags(int number) {23 return StreamSupport.stream(24 ((Iterable<ResolvedTag>) TestTagGenerator::new).spliterator(), false)25 .limit(number)26 .collect(new TagCollector());27 }28}...
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Using AI Code Generation
1public class TestTagGeneratorTest {2public void test() {3 TestTagGenerator testTagGenerator = new TestTagGenerator();4 String str = testTagGenerator.next();5 System.out.println(str);6}7}8public class TestTagGeneratorTest {9public void test() {10 TestTagGenerator testTagGenerator = new TestTagGenerator();11 String str = testTagGenerator.next();12 System.out.println(str);13}14}15public class TestTagGeneratorTest {16public void test() {17 TestTagGenerator testTagGenerator = new TestTagGenerator();18 String str = testTagGenerator.next();19 System.out.println(str);20}21}22public class TestTagGeneratorTest {23public void test() {24 TestTagGenerator testTagGenerator = new TestTagGenerator();25 String str = testTagGenerator.next();26 System.out.println(str);27}28}29public class TestTagGeneratorTest {30public void test() {31 TestTagGenerator testTagGenerator = new TestTagGenerator();32 String str = testTagGenerator.next();33 System.out.println(str);34}35}36public class TestTagGeneratorTest {37public void test() {38 TestTagGenerator testTagGenerator = new TestTagGenerator();39 String str = testTagGenerator.next();40 System.out.println(str);41}42}43public class TestTagGeneratorTest {
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Using AI Code Generation
1public void test1() {2 TestTagGenerator tagGenerator = new TestTagGenerator();3 List<String> tags = tagGenerator.generateTags("com.tngtech.jgiven.tags.Issue", "com.tngtech.jgiven.tags.FeatureTags");4 System.out.println(tags);5}6public void test2() {7 TestTagGenerator tagGenerator = new TestTagGenerator();8 List<String> tags = tagGenerator.generateTags("com.tngtech.jgiven.tags.Issue", "com.tngtech.jgiven.tags.FeatureTags", "com.tngtech.jgiven.tags.Issue");9 System.out.println(tags);10}11public void test3() {12 TestTagGenerator tagGenerator = new TestTagGenerator();13 List<String> tags = tagGenerator.generateTags("com.tngtech.jgiven.tags.Issue", "com.tngtech.jgiven.tags.FeatureTags", "com.tngtech.jgiven.tags.Issue", "com.tngtech.jgiven.tags.FeatureTags");14 System.out.println(tags);15}16public void test4() {17 TestTagGenerator tagGenerator = new TestTagGenerator();18 List<String> tags = tagGenerator.generateTags("com.tngtech.jgiven.tags.Issue", "com.tngtech.jgiven.tags.FeatureTags", "com.tngtech.jgiven.tags.Issue", "com.tngtech.j
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Using AI Code Generation
1public class TestTagGenerator {2public ScenarioTest<GivenTest, WhenTest, ThenTest> test = new ScenarioTest<>();3public void testScenario() {4test.given().some_state();5test.when().some_action();6test.then().some_outcome();7}8GivenTest given() {9return test.given();10}11WhenTest when() {12return test.when();13}14ThenTest then() {15return test.then();16}17@ScenarioTag("tag1")18@ScenarioTag("tag2")19public static class GivenTest extends Stage<GivenTest> {20public GivenTest some_state() {21return self();22}23}24@ScenarioTag("tag3")25public static class WhenTest extends Stage<WhenTest> {26public WhenTest some_action() {27return self();28}29}30@ScenarioTag("tag4")31public static class ThenTest extends Stage<ThenTest> {32public ThenTest some_outcome() {33return self();34}35}36}37public class TestTagGenerator {38public ScenarioTest<GivenTest, WhenTest, ThenTest> test = new ScenarioTest<>();39public void testScenario() {40test.given().some_state();41test.when().some_action();42test.then().some_outcome();43}44GivenTest given() {45return test.given();46}47WhenTest when() {48return test.when();49}50ThenTest then() {51return test.then();52}53@ScenarioTag("tag1")54@ScenarioTag("tag2")55public static class GivenTest extends Stage<GivenTest> {56public GivenTest some_state() {57return self();58}59}60@ScenarioTag("tag3")61public static class WhenTest extends Stage<WhenTest> {62public WhenTest some_action() {63return self();64}65}66@ScenarioTag("tag4")67public static class ThenTest extends Stage<ThenTest> {68public ThenTest some_outcome() {69return self();70}71}72}
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Using AI Code Generation
1public void test1() {2 given().a_string("test1");3 when().the_string_is_reversed();4 then().the_string_is("1tset");5}6public void test2() {7 given().a_string("test2");8 when().the_string_is_reversed();9 then().the_string_is("2tset");10}11public void test3() {12 given().a_string("test3");13 when().the_string_is_reversed();14 then().the_string_is("3tset");15}16public void test4() {17 given().a_string("test4");18 when().the_string_is_reversed();19 then().the_string_is("4tset");20}
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