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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

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