Best JGiven code snippet using com.tngtech.jgiven.format.table.DefaultTableFormatter.format
Source:DataTableFormatterTest.java
...12import com.tngtech.jgiven.DataTables;13import com.tngtech.jgiven.annotation.Table;14import com.tngtech.jgiven.config.FormatterConfiguration;15import com.tngtech.jgiven.exception.JGivenWrongUsageException;16import com.tngtech.jgiven.format.DefaultFormatter;17import com.tngtech.jgiven.format.Formatter;18import com.tngtech.jgiven.format.ObjectFormatter;19import com.tngtech.jgiven.format.table.DefaultTableFormatter;20import com.tngtech.jgiven.format.table.RowFormatter;21import com.tngtech.jgiven.format.table.RowFormatterFactory;22@RunWith( DataProviderRunner.class )23public class DataTableFormatterTest {24 private static final Object[][] TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS =25 { { "h1", "h2" }, { "a1", "a2" }, { "b1", "b2" } };26 static class TestPojo {27 int x = 5;28 int y = 6;29 @Override30 public String toString() {31 return "TestPojo: " + x + ", " + y;32 }33 }34 static class AnotherPojo {35 String fieldA = "test";36 String fieldB = "testB";37 }38 @Test39 public void testToTableValue() {40 // has neither rows nor columns41 assertThat( toTableValue( new Object[][] { }, new TableAnnotation() ).getData() ).isEmpty();42 // no columns43 assertThat( toTableValue( new Object[][] { { } }, new TableAnnotation() ).getData() ).hasSize( 1 );44 try {45 // rows with non-collection type46 toTableValue( new Object[] { new Object[] { }, 5 }, new TableAnnotation() );47 assertThat( false ).as( "Exception should have been thrown" ).isTrue();48 } catch( JGivenWrongUsageException e ) {49 }50 try {51 // not the same column number in all rows52 toTableValue( new Object[][] { { 1, 2 }, { 1 } }, new TableAnnotation() );53 assertThat( false ).as( "Exception should have been thrown" ).isTrue();54 } catch( JGivenWrongUsageException e ) {55 }56 // single POJO57 assertThat( toTableValue( new TestPojo(), new TableAnnotation() ).getData() )58 .containsExactly( Arrays.asList( "x", "y" ), Arrays.asList( "5", "6" ) );59 // single POJO without null values60 TableAnnotation tableAnnotation = new TableAnnotation();61 tableAnnotation.includeNullColumns = true;62 assertThat( toTableValue( new AnotherPojo(), tableAnnotation ).getData() )63 .containsExactly( Arrays.asList( "fieldA", "fieldB" ), Arrays.asList( "test", "testB" ) );64 // single POJO with null values65 AnotherPojo withNull = new AnotherPojo();66 withNull.fieldB = null;67 assertThat( toTableValue( withNull, new TableAnnotation() ).getData() )68 .containsExactly( Arrays.asList( "fieldA" ), Arrays.asList( "test" ) );69 // single POJO with exclusion filter70 tableAnnotation = new TableAnnotation();71 tableAnnotation.excludeFields = new String[] { "fieldB" };72 assertThat( toTableValue( new AnotherPojo(), tableAnnotation ).getData() )73 .containsExactly( Arrays.asList( "fieldA" ), Arrays.asList( "test" ) );74 // single POJO with inclusion filter75 tableAnnotation = new TableAnnotation();76 tableAnnotation.includeFields = new String[] { "fieldA" };77 assertThat( toTableValue( new AnotherPojo(), tableAnnotation ).getData() )78 .containsExactly( Arrays.asList( "fieldA" ), Arrays.asList( "test" ) );79 // single POJO transposed80 tableAnnotation = new TableAnnotation();81 tableAnnotation.transpose = true;82 assertThat( toTableValue( new TestPojo(), tableAnnotation ).getData() )83 .containsExactly( Arrays.asList( "x", "5" ), Arrays.asList( "y", "6" ) );84 // single POJO vertical header85 tableAnnotation = new TableAnnotation();86 tableAnnotation.header = Table.HeaderType.VERTICAL;87 assertThat( toTableValue( new TestPojo(), tableAnnotation ).getData() )88 .containsExactly( Arrays.asList( "x", "5" ), Arrays.asList( "y", "6" ) );89 // single POJO columnTitles set90 tableAnnotation = new TableAnnotation();91 tableAnnotation.columnTitles = new String[] { "t1", "t2" };92 assertThat( toTableValue( new TestPojo(), tableAnnotation ).getData() )93 .containsExactly( Arrays.asList( "t1", "t2" ), Arrays.asList( "5", "6" ) );94 // string array95 assertThat( toTableValue( new String[][] { { "1" } }, new TableAnnotation() ).getData() )96 .containsExactly( Arrays.asList( "1" ) );97 // mixed array98 assertThat( toTableValue( new Object[][] { { "a" }, { 3 } }, new TableAnnotation() ).getData() )99 .containsExactly( Arrays.asList( "a" ), Arrays.asList( "3" ) );100 // 2 columns101 assertThat( toTableValue( new Object[][] { { 1, 2 }, { 3, 4 } }, new TableAnnotation() ).getData() )102 .containsExactly( Arrays.asList( "1", "2" ), Arrays.asList( "3", "4" ) );103 // DataTable104 assertThat( toTableValue( DataTables.table( 2, 1, 2, 3, 4 ), new TableAnnotation() ).getData() )105 .containsExactly( Arrays.asList( "1", "2" ), Arrays.asList( "3", "4" ) );106 ArrayList arrayList = new ArrayList();107 arrayList.add( newArrayList( 5 ) );108 assertThat( toTableValue( arrayList, new TableAnnotation() ).getData() )109 .containsExactly( Arrays.asList( "5" ) );110 assertThat( toTableValue( new Object[][] { { 1, 2 }, { 3, 4 } }, new TableAnnotation() ).getData() )111 .isEqualTo( newArrayList( newArrayList( "1", "2" ), newArrayList( "3", "4" ) ) );112 tableAnnotation = new TableAnnotation();113 tableAnnotation.columnTitles = new String[] { "t1", "t2" };114 assertThat( toTableValue( new Object[][] { { 1, 2 }, { 3, 4 } }, tableAnnotation ).getData() )115 .isEqualTo( newArrayList( newArrayList( "t1", "t2" ), newArrayList( "1", "2" ), newArrayList( "3", "4" ) ) );116 tableAnnotation = new TableAnnotation();117 tableAnnotation.columnTitles = new String[] { "t1", "t2" };118 tableAnnotation.transpose = true;119 assertThat( toTableValue( new Object[][] { { 1, 2 }, { 3, 4 } }, tableAnnotation ).getData() )120 .isEqualTo( newArrayList( newArrayList( "t1", "1", "3" ), newArrayList( "t2", "2", "4" ) ) );121 }122 public static DataTable toTableValue( Object tableValue, Table tableAnnotation ) {123 return new DefaultTableFormatter( new FormatterConfiguration() {124 @Override125 public Formatter<?> getFormatter( Class<?> typeToBeFormatted ) {126 return DefaultFormatter.INSTANCE;127 }128 }, DefaultFormatter.INSTANCE ).format( tableValue, tableAnnotation, "param1" );129 }130 @Test131 public void testNumberedRows() {132 TableAnnotation tableAnnotation = new TableAnnotation();133 tableAnnotation.numberedRows = true;134 assertThat( toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation ).getData() )135 .isEqualTo(136 newArrayList( newArrayList( "#", "h1", "h2" ), newArrayList( "1", "a1", "a2" ), newArrayList( "2", "b1", "b2" ) ) );137 }138 @Test139 @DataProvider( { "", "#", "Customer Header" } )140 public void testNumberedRowsHeader( String header ) {141 TableAnnotation tableAnnotation = new TableAnnotation();142 tableAnnotation.numberedRowsHeader = header;143 assertThat( toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation ).getData() )144 .isEqualTo(145 newArrayList( newArrayList( header, "h1", "h2" ), newArrayList( "1", "a1", "a2" ),146 newArrayList( "2", "b1", "b2" ) ) );147 }148 @Test( expected = JGivenWrongUsageException.class )149 public void testExceptionWhenNumberedRowsHeaderIsUsedWithoutHeader() {150 TableAnnotation tableAnnotation = new TableAnnotation();151 tableAnnotation.numberedRowsHeader = "#";152 tableAnnotation.header = Table.HeaderType.NONE;153 toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation );154 }155 @Test156 public void testNumberedColumns() {157 TableAnnotation tableAnnotation = new TableAnnotation();158 tableAnnotation.numberedColumns = true;159 tableAnnotation.transpose = true;160 tableAnnotation.header = Table.HeaderType.VERTICAL;161 assertThat( toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation ).getData() )162 .isEqualTo(163 newArrayList( newArrayList( "#", "1", "2" ), newArrayList( "h1", "a1", "b1" ), newArrayList( "h2", "a2", "b2" ) ) );164 }165 @Test166 @DataProvider( { "", "#", "Customer Header" } )167 public void testNumberedColumnsHeader( String header ) {168 TableAnnotation tableAnnotation = new TableAnnotation();169 tableAnnotation.numberedColumnsHeader = header;170 tableAnnotation.header = Table.HeaderType.VERTICAL;171 tableAnnotation.transpose = true;172 assertThat( toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation ).getData() )173 .isEqualTo(174 newArrayList( newArrayList( header, "1", "2" ), newArrayList( "h1", "a1", "b1" ),175 newArrayList( "h2", "a2", "b2" ) ) );176 }177 @Test( expected = JGivenWrongUsageException.class )178 public void testExceptionWhenNumberedColumnsHeaderIsUsedWithoutHeader() {179 TableAnnotation tableAnnotation = new TableAnnotation();180 tableAnnotation.numberedColumnsHeader = "#";181 toTableValue( TABLE_WITH_THREE_ROWS_AND_TWO_COLUMNS, tableAnnotation );182 }183 @Test184 public void testObjectFormattingOption() {185 TableAnnotation tableAnnotation = new TableAnnotation();186 tableAnnotation.objectFormatting = Table.ObjectFormatting.PLAIN;187 assertThat( toTableValue( new TestPojo(), tableAnnotation ).getData() )188 .containsExactly( Arrays.asList( "param1" ), Arrays.asList( "TestPojo: 5, 6" ) );189 }190 @Test191 public void testCustomRowFormattingOption() {192 TableAnnotation tableAnnotation = new TableAnnotation();193 tableAnnotation.rowFormatter = TestRowFormatterFactory.class;194 assertThat( toTableValue( new TestPojo(), tableAnnotation ).getData() )195 .containsExactly( Arrays.asList( "FooBar" ), Arrays.asList( "TestPojo: 5, 6 fooBar" ) );196 }197 public static class TestRowFormatter extends RowFormatter {198 @Override199 public List<String> header() {200 return Arrays.asList( "FooBar" );201 }202 @Override203 public List<String> formatRow( Object object ) {204 return Arrays.asList( object.toString() + " fooBar" );205 }206 }207 public static class TestRowFormatterFactory implements RowFormatterFactory {208 @Override209 public RowFormatter create( Class<?> parameterType, String parameterName, Table tableAnnotation,210 Annotation[] annotations,211 FormatterConfiguration configuration, ObjectFormatter<?> objectFormatter ) {212 return new TestRowFormatter();213 }214 }215}...
Source:DefaultTableFormatter.java
1package com.tngtech.jgiven.format.table;2import java.lang.annotation.Annotation;3import java.lang.reflect.Array;4import java.util.Arrays;5import java.util.Collections;6import java.util.List;7import com.google.common.collect.ImmutableList;8import com.google.common.collect.Lists;9import com.tngtech.jgiven.annotation.Table;10import com.tngtech.jgiven.config.FormatterConfiguration;11import com.tngtech.jgiven.exception.JGivenWrongUsageException;12import com.tngtech.jgiven.format.DefaultFormatter;13import com.tngtech.jgiven.format.ObjectFormatter;14import com.tngtech.jgiven.impl.util.AnnotationUtil;15import com.tngtech.jgiven.impl.util.ApiUtil;16import com.tngtech.jgiven.impl.util.ReflectionUtil;17import com.tngtech.jgiven.report.model.DataTable;18/**19 * The default implementation to format a table argument20 */21public class DefaultTableFormatter implements TableFormatter {22 public static final String DEFAULT_NUMBERED_HEADER = "#";23 private final FormatterConfiguration formatterConfiguration;24 private final ObjectFormatter<?> objectFormatter;25 public DefaultTableFormatter( FormatterConfiguration formatterConfiguration, ObjectFormatter<?> objectFormatter ) {26 this.formatterConfiguration = formatterConfiguration;27 this.objectFormatter = objectFormatter;28 }29 @Override30 public DataTable format( Object tableArgument, Table tableAnnotation, String parameterName, Annotation... allAnnotations ) {31 DataTable dataTable = toDataTable( tableArgument, tableAnnotation, parameterName, allAnnotations );32 addNumberedRows( tableAnnotation, dataTable );33 addNumberedColumns( tableAnnotation, dataTable );34 return dataTable;35 }36 private static void addNumberedRows( Table tableAnnotation, DataTable dataTable ) {37 String customHeader = tableAnnotation.numberedRowsHeader();38 boolean hasCustomerHeader = !customHeader.equals( AnnotationUtil.ABSENT );39 if( tableAnnotation.numberedRows() || hasCustomerHeader ) {40 ApiUtil.isTrue( !hasCustomerHeader || dataTable.hasHorizontalHeader(),41 "Using numberedRowsHeader in @Table without having a horizontal header." );42 int rowCount = dataTable.getRowCount();43 List<String> column = Lists.newArrayListWithExpectedSize( rowCount );44 addHeader( customHeader, column, dataTable.hasHorizontalHeader() );45 addNumbers( rowCount, column );46 dataTable.addColumn( 0, column );47 }48 }49 private static void addNumberedColumns( Table tableAnnotation, DataTable dataTable ) {50 String customHeader = tableAnnotation.numberedColumnsHeader();51 boolean hasCustomerHeader = !customHeader.equals( AnnotationUtil.ABSENT );52 if( tableAnnotation.numberedColumns() || hasCustomerHeader ) {53 ApiUtil.isTrue( !hasCustomerHeader || dataTable.hasVerticalHeader(),54 "Using numberedColumnsHeader in @Table without having a vertical header." );55 int columnCount = dataTable.getColumnCount();56 List<String> row = Lists.newArrayListWithExpectedSize( columnCount );57 addHeader( customHeader, row, dataTable.hasVerticalHeader() );58 addNumbers( columnCount, row );59 dataTable.addRow( 0, row );60 }61 }62 private static void addHeader( String customHeader, List<String> column, boolean hasHeader ) {63 boolean hasCustomerHeader = !customHeader.equals( AnnotationUtil.ABSENT );64 if( hasHeader ) {65 String header = DEFAULT_NUMBERED_HEADER;66 if( hasCustomerHeader ) {67 header = customHeader;68 }69 column.add( header );70 }71 }72 private static void addNumbers( int count, List<String> column ) {73 int counter = 1;74 while( column.size() < count ) {75 column.add( Integer.toString( counter ) );76 counter++;77 }78 }79 private DataTable toDataTable( Object tableValue, Table tableAnnotation, String parameterName, Annotation[] annotations ) {80 List<List<String>> result = Lists.newArrayList();81 Iterable<?> rows = toIterable( tableValue );82 if( rows == null ) {83 rows = ImmutableList.of( tableValue );84 }85 boolean first = true;86 int ncols = 0;87 for( Object row : rows ) {88 if( first ) {89 if( toIterable( row ) == null ) {90 return pojosToTableValue( rows, tableAnnotation, parameterName, annotations );91 }92 }93 List<String> values = toStringList( row );94 if( !first && ncols != values.size() ) {95 throw new JGivenWrongUsageException( "Number of columns in @Table annotated parameter is not equal for all rows. Expected "96 + ncols + " got " + values.size() );97 }98 ncols = values.size();99 result.add( values );100 first = false;101 }102 if( tableAnnotation.columnTitles().length > 0 ) {103 result.add( 0, Arrays.asList( tableAnnotation.columnTitles() ) );104 }105 result = tableAnnotation.transpose() ? transpose( result ) : result;106 return new DataTable( tableAnnotation.header(), result );107 }108 DataTable pojosToTableValue( Iterable<?> objects, final Table tableAnnotation, String parameterName, Annotation[] annotations ) {109 Object first = objects.iterator().next();110 RowFormatterFactory objectRowFormatterFactory = ReflectionUtil.newInstance( tableAnnotation.rowFormatter() );111 RowFormatter formatter = objectRowFormatterFactory.create( first.getClass(), parameterName, tableAnnotation, annotations,112 formatterConfiguration, objectFormatter );113 List<List<String>> list = Lists.newArrayList();114 if( tableAnnotation.header() != Table.HeaderType.NONE ) {115 if( tableAnnotation.columnTitles().length > 0 ) {116 list.add( Arrays.asList( tableAnnotation.columnTitles() ) );117 } else {118 list.add( formatter.header() );119 }120 }121 for( Object o : objects ) {122 list.add( formatter.formatRow( o ) );123 }124 list = formatter.postProcess( list );125 list = tableAnnotation.transpose() || tableAnnotation.header().isVertical() ? transpose( list ) : list;126 return new DataTable( tableAnnotation.header(), list );127 }128 static List<List<String>> transpose( List<List<String>> list ) {129 List<List<String>> transposed = Lists.newArrayList();130 for( int rowIdx = 0; rowIdx < list.size(); rowIdx++ ) {131 List<String> row = list.get( rowIdx );132 for( int colIdx = 0; colIdx < row.size(); colIdx++ ) {133 if( rowIdx == 0 ) {134 transposed.add( Lists.<String>newArrayList() );135 }136 transposed.get( colIdx ).add( row.get( colIdx ) );137 }138 }139 return transposed;140 }141 private static List<String> toStringList( Object row ) {142 List<String> list = Lists.newArrayList();143 Iterable<?> objects = toIterable( row );144 if( objects == null ) {145 throw new JGivenWrongUsageException( "@Table annotated argument cannot be converted to a data table." );146 }147 for( Object o : objects ) {148 list.add( toDefaultStringFormat( o ) );149 }150 return list;151 }152 private static Iterable<?> toIterable( Object value ) {153 if( value instanceof Iterable<?> ) {154 return (Iterable<?>) value;155 }156 if( value.getClass().isArray() ) {157 return arrayToList( value );158 }159 return null;160 }161 private static Iterable<?> arrayToList( Object array ) {162 int length = Array.getLength( array );163 if( length == 0 ) {164 return Collections.emptyList();165 }166 List<Object> result = Lists.newArrayList();167 for( int i = 0; i < length; i++ ) {168 result.add( Array.get( array, i ) );169 }170 return result;171 }172 private static String toDefaultStringFormat( Object value ) {173 return DefaultFormatter.INSTANCE.format( value );174 }175 public static class Factory implements TableFormatterFactory {176 @Override177 public TableFormatter create( FormatterConfiguration formatterConfiguration, ObjectFormatter<?> objectFormatter ) {178 return new DefaultTableFormatter( formatterConfiguration, objectFormatter );179 }180 }181}...
Source:TableAnnotation.java
1package com.tngtech.jgiven.report.model;2import java.lang.annotation.Annotation;3import com.tngtech.jgiven.annotation.NamedFormat;4import com.tngtech.jgiven.annotation.Table;5import com.tngtech.jgiven.format.table.DefaultRowFormatterFactory;6import com.tngtech.jgiven.format.table.DefaultTableFormatter;7import com.tngtech.jgiven.format.table.RowFormatterFactory;8import com.tngtech.jgiven.format.table.TableFormatterFactory;9import com.tngtech.jgiven.impl.util.AnnotationUtil;10public class TableAnnotation implements Table {11 HeaderType header = HeaderType.HORIZONTAL;12 boolean transpose = false;13 boolean includeNullColumns = false;14 String[] excludeFields = {};15 String[] includeFields = {};16 String[] columnTitles = {};17 boolean numberedRows = false;18 boolean numberedColumns = false;19 String numberedRowsHeader = AnnotationUtil.ABSENT;20 String numberedColumnsHeader = AnnotationUtil.ABSENT;21 Class<DefaultTableFormatter.Factory> formatter = DefaultTableFormatter.Factory.class;22 Class<? extends RowFormatterFactory> rowFormatter = DefaultRowFormatterFactory.class;23 ObjectFormatting objectFormatting = ObjectFormatting.FIELDS;24 NamedFormat[] fieldsFormats = new NamedFormat[] {};25 private Class<? extends Annotation> fieldsFormatSetAnnotation = Annotation.class;26 @Override27 public HeaderType header() {28 return header;29 }30 @Override31 public boolean transpose() {32 return transpose;33 }34 @Override35 public String[] excludeFields() {36 return excludeFields;37 }38 @Override39 public String[] includeFields() {40 return includeFields;41 }42 @Override43 public String[] columnTitles() {44 return columnTitles;45 }46 @Override47 public boolean includeNullColumns() {48 return includeNullColumns;49 }50 @Override51 public boolean numberedRows() {52 return numberedRows;53 }54 @Override55 public String numberedRowsHeader() {56 return numberedRowsHeader;57 }58 @Override59 public boolean numberedColumns() {60 return numberedColumns;61 }62 @Override63 public String numberedColumnsHeader() {64 return numberedColumnsHeader;65 }66 @Override67 public Class<? extends TableFormatterFactory> formatter() {68 return formatter;69 }70 @Override71 public ObjectFormatting objectFormatting() {72 return objectFormatting;73 }74 @Override75 public Class<? extends RowFormatterFactory> rowFormatter() {76 return rowFormatter;77 }78 @Override79 public Class<? extends Annotation> annotationType() {80 return null;81 }82 @Override...
format
Using AI Code Generation
1import java.util.ArrayList;2import java.util.List;3import org.junit.Test;4import com.tngtech.jgiven.Stage;5import com.tngtech.jgiven.annotation.ProvidedScenarioState;6import com.tngtech.jgiven.annotation.ScenarioState;7import com.tngtech.jgiven.annotation.Table;8import com.tngtech.jgiven.format.table.DefaultTableFormatter;9import com.tngtech.jgiven.format.table.TableFormatter;10import com.tngtech.jgiven.junit.ScenarioTest;11public class DefaultTableFormatterTest extends ScenarioTest<GivenTableFormatter, WhenTableFormatter, ThenTableFormatter> {12 public void testDefaultTableFormatter() {13 given().a_table_with_values( 1, 2, 3 );14 when().the_table_is_formatted();15 then().the_table_should_be_formatted_as( " 1 | 2 | 3" );16 }17 public static class GivenTableFormatter extends Stage<GivenTableFormatter> {18 List<List<String>> table;19 public GivenTableFormatter a_table_with_values( int... values ) {20 table = new ArrayList<List<String>>();21 for( int i : values ) {22 List<String> row = new ArrayList<String>();23 row.add( String.valueOf( i ) );24 table.add( row );25 }26 return self();27 }28 }29 public static class WhenTableFormatter extends Stage<WhenTableFormatter> {30 List<List<String>> table;31 String formattedTable;32 public WhenTableFormatter the_table_is_formatted() {33 TableFormatter formatter = new DefaultTableFormatter();34 formattedTable = formatter.format( table );35 return self();36 }37 }38 public static class ThenTableFormatter extends Stage<ThenTableFormatter> {39 String formattedTable;40 public ThenTableFormatter the_table_should_be_formatted_as( @Table String expected ) {41 assertThat( formattedTable ).isEqualTo( expected );42 return self();43 }44 }45}46 table = new ArrayList<List<String>>();
format
Using AI Code Generation
1import com.tngtech.jgiven.format.table.DefaultTableFormatter;2import com.tngtech.jgiven.format.table.TableFormatter;3public class FormatTable {4 public static void main(String[] args) {5 TableFormatter tableFormatter = new DefaultTableFormatter();6 String table = tableFormatter.format(new String[][] {{"a", "b"}, {"1", "2"}});7 System.out.println(table);8 }9}10import com.tngtech.jgiven.format.table.JGivenTableFormatter;11import com.tngtech.jgiven.format.table.TableFormatter;12public class FormatTable {13 public static void main(String[] args) {14 TableFormatter tableFormatter = new JGivenTableFormatter();15 String table = tableFormatter.format(new String[][] {{"a", "b"}, {"1", "2"}});16 System.out.println(table);17 }18}19import com.tngtech.jgiven.format.table.MarkdownTableFormatter;20import com.tngtech.jgiven.format.table.TableFormatter;21public class FormatTable {22 public static void main(String[] args) {23 TableFormatter tableFormatter = new MarkdownTableFormatter();24 String table = tableFormatter.format(new String[][] {{"a", "b"}, {"1", "2"}});
format
Using AI Code Generation
1package com.jgiven;2import java.util.ArrayList;3import java.util.List;4import org.junit.Test;5import com.tngtech.jgiven.Stage;6import com.tngtech.jgiven.annotation.ExpectedScenarioState;7import com.tngtech.jgiven.annotation.ScenarioState;8import com.tngtech.jgiven.annotation.Table;9import com.tngtech.jgiven.format.table.DefaultTableFormatter;10import com.tngtech.jgiven.format.table.TableFormatter;11public class FormatTest extends Stage<FormatTest> {12 List<String> list;13 String expected;14 public void format_test() {15 TableFormatter formatter = new DefaultTableFormatter();16 String actual = formatter.format(list);17 assertThat(actual).isEqualTo(expected);18 }19 public FormatTest given_the_list(@Table List<String> list) {20 this.list = list;21 return self();22 }23 public FormatTest then_the_formatted_list_is(String expected) {24 this.expected = expected;25 return self();26 }27}28package com.jgiven;29import java.util.ArrayList;30import java.util.List;31import org.junit.Test;32import com.tngtech.jgiven.Stage;33import com.tngtech.jgiven.annotation.Table;34public class ListTest extends Stage<ListTest> {35 public void list_test() {36 List<String> list = new ArrayList<String>();37 list.add("a");38 list.add("b");39 list.add("c");40 list.add("d");41 list.add("e");42 list.add("f");43 list.add("g");44 list.add("h");45 list.add("i");46 list.add("j");47 list.add("k");48 list.add("l");49 list.add("m");50 list.add("n");51 list.add("o");52 list.add("p");53 list.add("q");54 list.add("r");55 list.add("s");56 list.add("t");57 list.add("u");58 list.add("v");59 list.add("w");60 list.add("x");61 list.add("y");62 list.add("z");63 list.add("A");64 list.add("B");65 list.add("C");66 list.add("D");67 list.add("E");68 list.add("F");69 list.add("G");70 list.add("H");71 list.add("I
format
Using AI Code Generation
1package com.jgiven;2import com.tngtech.jgiven.annotation.ScenarioStage;3import com.tngtech.jgiven.format.table.DefaultTableFormatter;4import com.tngtech.jgiven.junit.ScenarioTest;5import org.junit.Test;6public class Example1 extends ScenarioTest<GivenStage, WhenStage, ThenStage> {7 GivenStage given;8 WhenStage when;9 ThenStage then;10 public void test() {11 given.a_string("Hello World");12 when.the_string_is_reversed();13 then.the_result_should_be("dlroW olleH");14 }15}16package com.jgiven;17import com.tngtech.jgiven.annotation.ScenarioStage;18import com.tngtech.jgiven.format.table.DefaultTableFormatter;19import com.tngtech.jgiven.junit.ScenarioTest;20import org.junit.Test;21public class Example2 extends ScenarioTest<GivenStage, WhenStage, ThenStage> {22 GivenStage given;23 WhenStage when;24 ThenStage then;25 public void test() {26 given.a_string("Hello World");27 when.the_string_is_reversed();28 then.the_result_should_be("dlroW olleH");29 }30}31package com.jgiven;32import com.tngtech.jgiven.annotation.ScenarioStage;33import com.tngtech.jgiven.format.table.DefaultTableFormatter;34import com.tngtech.jgiven.junit.ScenarioTest;35import org.junit.Test;36public class Example3 extends ScenarioTest<GivenStage, WhenStage, ThenStage> {37 GivenStage given;38 WhenStage when;39 ThenStage then;40 public void test() {41 given.a_string("Hello World");42 when.the_string_is_reversed();43 then.the_result_should_be("dlroW olleH");44 }45}
format
Using AI Code Generation
1import com.tngtech.jgiven.format.table.DefaultTableFormatter;2import com.tngtech.jgiven.format.table.TableFormatter;3import com.tngtech.jgiven.format.table.TableFormatterRegistry;4import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory;5import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder;6import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder.TableFormatterRegistryBuilderConfigurator;7import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder.TableFormatterRegistryBuilderConfigurator.TableFormatterRegistryBuilderConfiguratorConfigurator;8import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder.TableFormatterRegistryBuilderConfigurator.TableFormatterRegistryBuilderConfiguratorConfigurator.TableFormatterRegistryBuilderConfiguratorConfiguratorConfigurator;9import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder.TableFormatterRegistryBuilderConfigurator.TableFormatterRegistryBuilderConfiguratorConfigurator.TableFormatterRegistryBuilderConfiguratorConfiguratorConfigurator.TableFormatterRegistryBuilderConfiguratorConfiguratorConfiguratorConfigurator;10import com.tngtech.jgiven.format.table.TableFormatterRegistryFactory.TableFormatterRegistryBuilder.TableFormatterRegistryBuilderConfigurator.TableFormatterRegistryBuilderConfiguratorConfigurator.TableFormatterRegistryBuilderConfiguratorConfiguratorConfigurator.TableFormatterRegistryBuilderConfiguratorC
format
Using AI Code Generation
1package com.tngtech.jgiven.examples.format;2import com.tngtech.jgiven.format.table.DefaultTableFormatter;3import com.tngtech.jgiven.format.table.TableFormatter;4import java.util.ArrayList;5import java.util.List;6public class TableFormatterExample {7 public static void main(String[] args) {8 List<List<String>> table = new ArrayList<List<String>>();9 List<String> row1 = new ArrayList<String>();10 row1.add("a1");11 row1.add("a2");12 row1.add("a3");13 table.add(row1);14 List<String> row2 = new ArrayList<String>();15 row2.add("b1");16 row2.add("b2");17 row2.add("b3");18 table.add(row2);19 TableFormatter tableFormatter = new DefaultTableFormatter();20 System.out.println(tableFormatter.format(table));21 }22}23package com.tngtech.jgiven.examples.format;24import com.tngtech.jgiven.format.table.DefaultTableFormatter;25import com.tngtech.jgiven.format.table.TableFormatter;26import java.util.ArrayList;27import java.util.List;28public class TableFormatterExample {29 public static void main(String[] args) {30 List<List<String>> table = new ArrayList<List<String>>();31 List<String> row1 = new ArrayList<String>();32 row1.add("a1");33 row1.add("a2");34 row1.add("a3");35 table.add(row1);36 List<String> row2 = new ArrayList<String>();37 row2.add("b1");38 row2.add("b2");39 row2.add("b3");40 table.add(row2);41 TableFormatter tableFormatter = new DefaultTableFormatter();42 System.out.println(tableFormatter.format(table));43 }44}
format
Using AI Code Generation
1import com.tngtech.jgiven.format.table.DefaultTableFormatter;2import com.tngtech.jgiven.format.table.TableFormatter;3public class TableFormatterTest {4 public static void main(String[] args) {5 TableFormatter formatter = new DefaultTableFormatter();6 String actual = formatter.format(new String[][] { { "a", "b" }, { "c", "d" } });7 System.out.println(actual);8 }9}
format
Using AI Code Generation
1import com.tngtech.jgiven.format.table.DefaultTableFormatter;2public class TableFormatterExample {3 public static void main(String[] args) {4 String[][] table = new String[][] {5 new String[] { "Name", "Age" },6 new String[] { "John", "24" },7 new String[] { "Jane", "23" }8 };9 System.out.println(new DefaultTableFormatter().format(table));10 }11}12import com.tngtech.jgiven.format.table.TableFormatter;13public class TableFormatterExample {14 public static void main(String[] args) {15 String[][] table = new String[][] {16 new String[] { "Name", "Age" },17 new String[] { "John", "24" },18 new String[] { "Jane", "23" }19 };20 System.out.println(new TableFormatter().format(table));21 }22}23import com.tngtech.jgiven.format.table.TableFormatter;24public class TableFormatterExample {25 public static void main(String[] args) {26 String[][] table = new String[][] {27 new String[] { "Name", "Age" },28 new String[] { "John", "24" },29 new String[] { "Jane", "23" }30 };31 System.out.println(new TableFormatter().format(table));32 }33}34import com.tngtech.jgiven.format.table.TableFormatter;35public class TableFormatterExample {36 public static void main(String[] args) {37 String[][] table = new String[][] {38 new String[] { "Name", "Age" },39 new String[] { "John", "24" },40 new String[] { "Jane", "23" }41 };
format
Using AI Code Generation
1import com.tngtech.jgiven.annotation.*;2import com.tngtech.jgiven.format.table.*;3import com.tngtech.jgiven.junit5.*;4public class TableFormatterTest extends JGivenTest<TableFormatterTest.Stage> {5 Stage stage;6 public void tableFormatterTest() {7 stage.given().a_table_with_data();8 stage.when().the_table_is_formatted();9 stage.then().the_formatted_table_should_be_as_expected();10 }11 public static class Stage extends Stage<Stage> {12 private Table table;13 private String formattedTable;14 public Stage a_table_with_data() {15 table = new Table();16 table.addHeaderRow("first", "second");17 table.addRow("1", "2");18 return self();19 }20 public Stage the_table_is_formatted() {21 formattedTable = new DefaultTableFormatter().format(table);22 return self();23 }24 public Stage the_formatted_table_should_be_as_expected() {25 assertThat(formattedTable).isEqualTo(26");27 return self();28 }29 }30}31import com.tngtech.jgiven.annotation.*;32import com.tngtech.jgiven.format.table.*;33import com.tngtech.jgiven.junit5.*;34public class TableFormatterTest extends JGivenTest<TableFormatterTest.Stage> {35 Stage stage;36 public void tableFormatterTest() {37 stage.given().a_table_with_data();38 stage.when().the_table_is_formatted();39 stage.then().the_formatted_table_should_be_as_expected();40 }41 public static class Stage extends Stage<Stage> {42 private Table table;43 private String formattedTable;44 public Stage a_table_with_data() {45 table = new Table();46 table.addHeaderRow("first", "second");47 table.addRow("1", "2");48 return self();49 }50 public Stage the_table_is_formatted() {51 formattedTable = new DefaultTableFormatter().format(table);52 return self();53 }54 public Stage the_formatted_table_should_be_as_expected() {55 assertThat(formattedTable).isEqualTo(56");57 return self();58 }59 }60}
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