Best Webtau code snippet using org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport.mapActualBreaks
Source: TableDataComparisonReport.java
...23 }24 public String generate() {25 return missingColumnsReport() +26 "\nactual:\n\n" +27 TableRenderer.render(result.getActual().map(this::mapActualBreaks)) +28 "\nexpected:\n\n" +29 TableRenderer.render(result.getExpected().map(this::mapExpectedBreaks)) +30 missingRowsReport() +31 extraRowsReport();32 }33 private String extraRowsReport() {34 if (result.getExtraRows().isEmpty())35 return "";36 return "\nextra rows:\n" + TableRenderer.render(result.getExtraRows());37 }38 private String missingRowsReport() {39 if (result.getMissingRows().isEmpty())40 return "";41 return "\nmissing rows:\n" + TableRenderer.render(result.getMissingRows());42 }43 private String missingColumnsReport() {44 return result.getMissingColumns().isEmpty() ? "" : "missing columns: " + result.getMissingColumns().stream().collect(joining(", "));45 }46 private Object mapActualBreaks(int rowIdx, int colIdx, String columnName, Object value) {47 return annotateCellBreak(value, result.getActualMismatch(rowIdx, columnName));48 }49 private Object mapExpectedBreaks(int rowIdx, int colIdx, String columnName, Object value) {50 return annotateCellBreak(value, result.getExpectedMismatch(rowIdx, columnName));51 }52 private Object annotateCellBreak( Object value, String mismatch) {53 return mismatch == null ? value :54 "***\n" + mismatch + "\n***\n\n" + value;55 }56}...
mapActualBreaks
Using AI Code Generation
1val actual = table(2 header("id", "name"),3 row(1, "one"),4 row(2, "two"),5 row(3, "three")6val expected = table(7 header("id", "name"),8 row(1, "one"),9 row(2, "two"),10 row(3, "three")11val comparisonReport = actual.compare(expected)12comparisonReport.mapActualBreaks { it + 1 }13actualWithBreaks should equal(14 table(15 header("id", "name"),16 row(1, "one"),17 row(2, "two"),18 row(3, "three")
mapActualBreaks
Using AI Code Generation
1val table = table(2 row('a', 'b', 'c'),3 row(3, 4, 5),4 row(6, 7, 8),5 row(9, 10, 11)6val actual = table(7 row('a', 'b', 'c'),8 row(3, 4, 5),9 row(6, 7, 8),10 row(9, 10, 11)11val expected = table(12 row('a', 'b', 'c'),13 row(3, 4, 5),14 row(6, 7, 8),15 row(9, 10, 11)16val result = tableDataComparison().compare(expected, actual)17result.mapActualBreaks { header, actualValue, expectedValue ->18}19val table = table(20 row('a', 'b', 'c'),21 row(3, 4, 5),22 row(6, 7, 8),23 row(9, 10, 11)24val actual = table(25 row('a', 'b', 'c'),26 row(3, 4, 5),27 row(6, 7, 8),28 row(9, 10, 11)29val expected = table(30 row('a', 'b', 'c'),31 row(3, 4, 5),32 row(6, 7, 8),33 row(9, 10, 11)34val result = tableDataComparison().compare(expected, actual)35result.mapActualBreaks { header, actualValue, expectedValue ->36}37val table = table(38 row('a', 'b', 'c'),39 row(3, 4, 5),40 row(6, 7, 8),41 row(9, 10, 11)42val actual = table(43 row('a', 'b',
mapActualBreaks
Using AI Code Generation
1import org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport2Map<String, List<Map<String, Object>>> actualBreaks = tableDataComparisonReport.mapActualBreaks()3List<Map<String, Object>> actualBreaksForColumn1 = actualBreaks.get('column1')4List<Object> actualColumn2ValuesForColumn1Breaks = actualBreaksForColumn1.collect { it.column2 }5 findAll { it != null }6 collect { it.column3 }
mapActualBreaks
Using AI Code Generation
1import org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport2 .mapActualBreaks(3 .mapActualBreaks(4 .mapActualBreaks(5 .mapActualBreaks(6 .mapActualBreaks(
mapActualBreaks
Using AI Code Generation
1TableDataComparisonReport comparisonReport = TableDataComparisonReport.compare(expected, actual);2List<TableDataComparisonBreak> actualBreaks = comparisonReport.mapActualBreaks(break -> break);3assertThat(actualBreaks).hasSize(2);4assertThat(actualBreaks.get(0).getActual().get("name")).isEqualTo("joe");5assertThat(actualBreaks.get(1).getActual().get("name")).isEqualTo("jane");6TableDataComparisonReport comparisonReport = TableDataComparisonReport.compare(expected, actual);7List<TableDataComparisonBreak> actualBreaks = comparisonReport.mapActualBreaks(break -> break);8assertThat(actualBreaks).hasSize(2);9assertThat(actualBreaks.get(0).getActual().get("name")).isEqualTo("joe");10assertThat(actualBreaks.get(1).getActual().get("name")).isEqualTo("jane");11TableDataComparisonReport comparisonReport = TableDataComparisonReport.compare(expected, actual);12List<TableDataComparisonBreak> expectedBreaks = comparisonReport.mapExpectedBreaks(break -> break);13assertThat(expectedBreaks).hasSize(2);14assertThat(expectedBreaks.get(0).getExpected().get("name")).isEqualTo("joe");15assertThat(expectedBreaks.get(1).getExpected().get("name")).isEqualTo("jane");16TableDataComparisonReport comparisonReport = TableDataComparisonReport.compare(expected, actual);17List<TableDataComparisonBreak> expectedBreaks = comparisonReport.mapExpectedBreaks(break -> break);18assertThat(expectedBreaks).hasSize(2);19assertThat(expectedBreaks.get(0).getExpected().get("name")).isEqualTo("joe");20assertThat(expectedBreaks.get(1).getExpected().get("name")).isEqualTo("jane");21TableDataComparisonReport comparisonReport = TableDataComparisonReport.compare(expected, actual);22List<TableData> actualRows = comparisonReport.mapActualRows(row -> row);23assertThat(actualRows).hasSize(2);24assertThat(actualRows.get(0).get("name
mapActualBreaks
Using AI Code Generation
1import org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport2def actualBreaks = TableDataComparisonReport.mapActualBreaks(3 { it['status'] != 'OK' },4 tableData([5actualBreaks.each {6}7import org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport8def actualBreaks = TableDataComparisonReport.mapActualBreaks(9 { it['status'] != 'OK' },10 tableData([11actualBreaks.each {12}13import org.testingisdocumenting.webtau.data.table.comparison.TableDataComparisonReport14def actualBreaks = TableDataComparisonReport.mapActualBreaks(15 { it['status'] != 'OK' },16 tableData([
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