Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use describe method of com.greghaskins.spectrum.dsl.gherkin.TableRow class

Best Spectrum code snippet using com.greghaskins.spectrum.dsl.gherkin.TableRow.describe

Source:Gherkin.java

1package com.greghaskins.spectrum.dsl.gherkin;2import static com.greghaskins.spectrum.dsl.specification.Specification.describe;3import static com.greghaskins.spectrum.dsl.specification.Specification.it;4import com.greghaskins.spectrum.Block;5import com.greghaskins.spectrum.ParameterizedBlock;6import com.greghaskins.spectrum.ParameterizedBlock.EightArgBlock;7import com.greghaskins.spectrum.ParameterizedBlock.FiveArgBlock;8import com.greghaskins.spectrum.ParameterizedBlock.FourArgBlock;9import com.greghaskins.spectrum.ParameterizedBlock.OneArgBlock;10import com.greghaskins.spectrum.ParameterizedBlock.SevenArgBlock;11import com.greghaskins.spectrum.ParameterizedBlock.SixArgBlock;12import com.greghaskins.spectrum.ParameterizedBlock.ThreeArgBlock;13import com.greghaskins.spectrum.ParameterizedBlock.TwoArgBlock;14import com.greghaskins.spectrum.internal.DeclarationState;15import com.greghaskins.spectrum.internal.Suite;16import java.util.Arrays;17/**18 * A translation from Spectrum describe/it to Gherkin-like Feature/Scenario/Given/When/Then syntax19 * Note - any beforeEach and afterEach within a Scenario will still be executed between20 * given/when/then steps which may not make sense in many situations.21 */22public interface Gherkin {23  /**24   * Describes a feature of the system. A feature may have many scenarios.25   *26   * @param featureName name of feature27   * @param block the contents of the feature28   *29   * @see #scenario30   */31  static void feature(final String featureName, final Block block) {32    describe("Feature: " + featureName, block);33  }34  /**35   * Describes a scenario of the system. These can be at root level, though scenarios are best36   * grouped inside {@link #feature} declarations.37   *38   * @param scenarioName name of scenario39   * @param block the contents of the scenario - given/when/then steps40   *41   * @see #feature42   * @see #given43   * @see #when44   * @see #then45   */46  static void scenario(final String scenarioName, final Block block) {47    final Suite suite = DeclarationState.instance().getCurrentSuiteBeingDeclared()48        .addCompositeSuite("Scenario: " + scenarioName);49    DeclarationState.instance().beginDeclaration(suite, block);50  }51  /**52   * Define a precondition step with a Gherkin-like {@code given} block. Must be used inside a53   * {@link #scenario}.54   *55   * @param behavior the behavior to associate with the precondition56   * @param block how to execute that precondition57   *58   * @see #when59   * @see #then60   */61  static void given(final String behavior, final Block block) {62    it("Given " + behavior, block);63  }64  /**65   * Define the action performed by the system under test using a Gherkin-like {@code when } block.66   * Must be used inside a {@link #scenario}.67   *68   * @param behavior the behavior to associate with the manipulation of the system under test69   * @param block how to execute that behavior70   *71   * @see #given72   * @see #then73   */74  static void when(final String behavior, final Block block) {75    it("When " + behavior, block);76  }77  /**78   * Define a postcondition step with a Gherkin-like {@code then} block. Must be used inside a79   * {@link #scenario}.80   *81   * @param behavior the behavior to associate with the postcondition82   * @param block how to execute that postcondition83   *84   * @see #given85   * @see #when86   */87  static void then(final String behavior, final Block block) {88    it("Then " + behavior, block);89  }90  /**91   * Syntactic sugar for an additional {@link #given} or {@link #then} step. Must be used inside a92   * {@link #scenario}.93   *94   * @param behavior what we would like to describe as an and95   * @param block how to achieve the and block96   *97   * @see #given98   * @see #when99   * @see #then100   */101  static void and(final String behavior, final Block block) {102    it("And " + behavior, block);103  }104  /**105   * Scenario outline - composed of examples under a shared name. Example:106   * 107   * <pre>108   * <code>109   * scenarioOutline("Cuke eating - Gherkin style",110        (start, eat, left) -&gt; {111  112         Variable&lt;CukeEater&gt; me = new Variable&lt;&gt;();113  114         given("there are " + start + " cucumbers", () -&gt; {115            me.set(new CukeEater(start));116         });117  118         when("I eat " + eat + " cucumbers", () -&gt; {119            me.get().eatCucumbers(eat);120         });121  122         then("I should have " + left + " cucumbers", () -&gt; {123            assertThat(me.get().remainingCucumbers(), is(left));124         });125      },126  127      withExamples(128         example(12, 5, 7),129         example(20, 5, 15))130      );131   * </code>132   * </pre>133   * 134   * @param name name of scenario outline135   * @param block a {@link ParameterizedBlock} to execute that consumes the parameters from the136   *        examples137   * @param examples the examples to run through, built using138   *        {@link Gherkin#withExamples(TableRow[])}139   * @param <T> the type parameter, best derived implicitly from the examples140   */141  static <T extends ParameterizedBlock> void scenarioOutline(final String name, final T block,142      final Examples<T> examples) {143    describe("Scenario outline: " + name, () -> {144      describe("Examples:", () -> {145        examples.rows().forEach(example -> {146          describe(example.toString(), () -> example.runDeclaration(block));147        });148      });149    });150  }151  /**152   * Construct an Examples table for {@link scenarioOutline}. Used this method to compose individual153   * rows created with {@link #example} type methods into a type-implicit container. You should try154   * to lay out your examples like a data table as that's what they essentially are. Better than155   * just providing some primitives in an example block would be to provide some objects with fields156   * that represent the input parameters more strongly. However, this pattern allows you to create157   * ad-hoc tuples of type-consistent columns with rows of object values.158   * 159   * @param rows example cases - use the 1-8 argument versions of {@link #example(Object)}160   * @param <T> the resulting number-of-arguments type...

Source:TableRow.java

...7  private final String description;8  private final Consumer<T> blockRunner;9  TableRow(Consumer<T> blockRunner, Object... arguments) {10    this.blockRunner = blockRunner;11    this.description = describe(arguments);12  }13  void runDeclaration(T block) {14    this.blockRunner.accept(block);15  }16  @Override17  public String toString() {18    return this.description;19  }20  private static String describe(Object[] objects) {21    return Arrays.stream(objects)22        .map(o -> Optional.ofNullable(o)23            .map(Object::toString)24            .orElse("null"))25        .collect(Collectors.joining(" | ", "| ", " |"));26  }27}...

describe

Using AI Code Generation

1import com.greghaskins.spectrum.Spectrum;2import com.greghaskins.spectrum.dsl.gherkin.Gherkin;3import com.greghaskins.spectrum.dsl.gherkin.TableRow;4import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;5public class 1 {6    public static void main(String[] args) {7        Spectrum.describe("Feature: My Feature", () -> {8            Gherkin.beforeAll(() -> {9                System.out.println("Before all");10            });11            Gherkin.afterAll(() -> {12                System.out.println("After all");13            });14            Gherkin.beforeEach(() -> {15                System.out.println("Before each");16            });17            Gherkin.afterEach(() -> {18                System.out.println("After each");19            });20            Gherkin.it("Scenario: My Scenario", () -> {21                System.out.println("My Scenario");22            });23            Gherkin.it("Scenario Outline: My Scenario Outline", () -> {24                TableRow row = new TableRow();25                row.describe("Given I have {int} cukes in my belly", (Integer cukes) -> {26                    System.out.println("Given I have " + cukes + " cukes in my belly");27                });28                row.describe("When I wait {int} hour", (Integer hour) -> {29                    System.out.println("When I wait " + hour + " hour");30                });31                row.describe("Then my belly should growl", () -> {32                    System.out.println("Then my belly should growl");33                });34                row.describe("But my belly should not growl", () -> {35                    System.out.println("But my belly should not growl");36                });37            });38            Gherkin.describe("Background: My Background", () -> {39                Gherkin.beforeEach(() -> {40                    System.out.println("Before each Background");41                });42                Gherkin.afterEach(() -> {43                    System.out.println("After each Background");44                });45                Gherkin.it("Scenario: My Scenario", () -> {46                    System.out.println("My Scenario");47                });48                Gherkin.it("Scenario Outline: My Scenario Outline", () -> {49                    TableRow row = new TableRow();50                    row.describe("Given I have {int} cukes in my belly", (Integer cukes) -> {51                        System.out.println("Given I have " + cukes + " cukes in my

describe

Using AI Code Generation

1package com.greghaskins.spectrum;2import com.greghaskins.spectrum.dsl.gherkin.TableRow;3import org.junit.runner.RunWith;4import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;5@RunWith(Spectrum.class)6public class TableTest {7    {8        describe("Table", () -> {9            it("should accept a table as a parameter", () -> {10                given("a table", () -> {11                    and("a table row", () -> {12                        when("a table is passed to a function", () -> {13                            then("the table should be available in the function", () -> {14                                TableRow table = new TableRow();15                                table.set("a", "b");16                                table.set("c", "d");17                                table.set("e", "f");18                                table.set("g", "h");19                                table.set("i", "j");20                                table.set("k", "l");21                                table.set("m", "n");

describe

Using AI Code Generation

1import com.greghaskins.spectrum.dsl.gherkin.TableRow;2import com.greghaskins.spectrum.dsl.gherkin.TableRow;3import com.greghaskins.spectrum.Spectrum;4import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;5import static com.greghaskins.spectrum.dsl.specification.Specification.*;6import org.junit.runner.RunWith;7@RunWith(Spectrum.class)8public class TableTest {9{10    describe("Table", () -> {11        describe("with one row", () -> {12            TableRow row = new TableRow("a", "b", "c");13            it("should have a description", () -> {14                System.out.println(row.describe());15            });16        });17    });18}19}20            TableRow row = new TableRow("a", "b", "c");21TableRow row = new TableRow("a", "b", "c");22System.out.println(row.describe());

describe

Using AI Code Generation

1package com.greghaskins.spectrum.dsl.gherkin;2import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;3import static org.hamcrest.Matchers.*;4import org.junit.runner.RunWith;5import com.greghaskins.spectrum.Spectrum;6@RunWith(Spectrum.class)7public class TableRowTest {8    {9        describe("TableRow", () -> {10            describe("describe", () -> {11                it("should print the table row as a string", () -> {12                    TableRow tableRow = new TableRow("a", "b", "c");13                    assertThat(tableRow.describe(), is("|a|b|c|"));14                });15            });16        });17    }18}19package com.greghaskins.spectrum.dsl.gherkin;20import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;21import static org.hamcrest.Matchers.*;22import org.junit.runner.RunWith;23import com.greghaskins.spectrum.Spectrum;24@RunWith(Spectrum.class)25public class TableRowTest {26    {27        describe("TableRow", () -> {28            describe("describe", () -> {29                it("should print the table row as a string", () -> {30                    TableRow tableRow = new TableRow("a", "b", "c");31                    assertThat(tableRow.describe(), is("|a|b|c|"));32                });33            });34        });35    }36}37package com.greghaskins.spectrum.dsl.gherkin;38import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;39import static org.hamcrest.Matchers.*;40import org.junit.runner.RunWith;41import com.greghaskins.spectrum.Spectrum;42@RunWith(Spectrum.class)43public class TableRowTest {44    {45        describe("TableRow", () -> {46            describe("describe", () -> {47                it("should print the table row as a string", () -> {48                    TableRow tableRow = new TableRow("a", "b", "c");49                    assertThat(tableRow.describe(), is("|a|b|c|"));50                });51            });52        });53    }54}

describe

Using AI Code Generation

1import com.greghaskins.spectrum.dsl.gherkin.TableRow;2import com.greghaskins.spectrum.dsl.gherkin.TableRow;3import java.util.ArrayList;4import java.util.List;5import java.util.Map;6public class TableExample {7    public static void main(String[] args) {8        List<Map<String, String>> rows = new ArrayList<>();9        rows.add(TableRow.row("name", "age").build());10        rows.add(TableRow.row("John", "23").build());11        rows.add(TableRow.row("Mike", "22").build());12        rows.add(TableRow.row("Sara", "21").build());13        System.out.println(rows);14    }15}16[{name=John, age=23}, {name=Mike, age=22}, {name=Sara, age=21}]

describe

Using AI Code Generation

1import com.greghaskins.spectrum.Spectrum;2import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;3import static com.greghaskins.spectrum.dsl.gherkin.GherkinTable.*;4import static com.greghaskins.spectrum.dsl.gherkin.GherkinTableHeader.*;5import static com.greghaskins.spectrum.dsl.gherkin.GherkinTableRow.*;6import org.junit.runner.RunWith;7@RunWith(Spectrum.class)8public class GherkinTableSpec {{9    describe("GherkinTable", () -> {10        describe("with a header", () -> {11            GherkinTableHeader header = header("a", "b");12            describe("with a row", () -> {13                GherkinTableRow row = row(1, 2);14                GherkinTable table = table(header, row);15                it("has the header", () -> {16                    table.getHeader().describeTo(System.out);17                });18                it("has the row", () -> {19                    table.getRows().get(0).describeTo(System.out);20                });21            });22        });23    });24}}

describe

Using AI Code Generation

1package com.greghaskins.spectrum.example;2import com.greghaskins.spectrum.Spectrum;3import com.greghaskins.spectrum.dsl.gherkin.Gherkin;4import com.greghaskins.spectrum.dsl.gherkin.TableRow;5import java.util.function.Consumer;6import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;7public class TableRows {8    public static void main(String[] args) {9        Spectrum.describe("Table Rows", () -> {10            Gherkin.describe(new TableRow("name", "age"),11                    (Consumer<TableRow>) row -> {12                        Gherkin.it("should have a name and an age", () -> {13                            row.hasValues("Greg", 35);14                        });15                    });16        });17    }18}19package com.greghaskins.spectrum.example;20import com.greghaskins.spectrum.Spectrum;21import com.greghaskins.spectrum.dsl.gherkin.Gherkin;22import com.greghaskins.spectrum.dsl.gherkin.TableRow;23import java.util.function.Consumer;24import static com.greghaskins.spectrum.dsl.gherkin.Gherkin.*;25public class TableRows {26    public static void main(String[] args) {27        Spectrum.describe("Table Rows", () -> {28            Gherkin.describe(new TableRow("name", "age"),29                    (Consumer<TableRow>) row -> {30                        Gherkin.it("should have a name and an age", () -> {31                            row.hasValues("Greg", 35);32                        });33                    });34        });35    }36}37package com.greghaskins.spectrum.example;38import com.greghaskins.spectrum.Spectrum;39import com.greghaskins.spectrum.dsl

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.