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Gauge
parser
TestParsingDataTableWithEmptyHeaderSeparatorRow

How to use TestParsingDataTableWithEmptyHeaderSeparatorRow method of parser Package

Best Gauge code snippet using parser.TestParsingDataTableWithEmptyHeaderSeparatorRow

specparser_test.go

Source:specparser_test.go

...269	c.Assert(len(tokens[6].Args), Equals, 2)270	c.Assert(tokens[6].Args[0], Equals, "root")271	c.Assert(tokens[6].Args[1], Equals, "admin")272}273func (s *MySuite) TestParsingDataTableWithEmptyHeaderSeparatorRow(c *C) {274	parser := new(SpecParser)275	specText := SpecBuilder().specHeading("Spec heading").text("|name|id|").text("|||").text("|john|123|").String()276	tokens, err := parser.GenerateTokens(specText, "")277	c.Assert(err, IsNil)278	c.Assert(len(tokens), Equals, 4)279	c.Assert(tokens[1].Kind, Equals, gauge.TableHeader)280	c.Assert(len(tokens[1].Args), Equals, 2)281	c.Assert(tokens[1].Args[0], Equals, "name")282	c.Assert(tokens[1].Args[1], Equals, "id")283	c.Assert(tokens[2].Kind, Equals, gauge.TableRow)284	c.Assert(len(tokens[2].Args), Equals, 2)285	c.Assert(tokens[2].Args[0], Equals, "")286	c.Assert(tokens[2].Args[1], Equals, "")287	c.Assert(tokens[3].Kind, Equals, gauge.TableRow)...

lex_test.go

Source:lex_test.go

...268	c.Assert(len(tokens[6].Args), Equals, 2)269	c.Assert(tokens[6].Args[0], Equals, "root")270	c.Assert(tokens[6].Args[1], Equals, "admin")271}272func (s *MySuite) TestParsingDataTableWithEmptyHeaderSeparatorRow(c *C) {273	parser := new(SpecParser)274	specText := newSpecBuilder().specHeading("Spec heading").text("|name|id|").text("|||").text("|john|123|").String()275	tokens, err := parser.GenerateTokens(specText, "")276	c.Assert(err, IsNil)277	c.Assert(len(tokens), Equals, 4)278	c.Assert(tokens[1].Kind, Equals, gauge.TableHeader)279	c.Assert(len(tokens[1].Args), Equals, 2)280	c.Assert(tokens[1].Args[0], Equals, "name")281	c.Assert(tokens[1].Args[1], Equals, "id")282	c.Assert(tokens[2].Kind, Equals, gauge.TableRow)283	c.Assert(len(tokens[2].Args), Equals, 2)284	c.Assert(tokens[2].Args[0], Equals, "")285	c.Assert(tokens[2].Args[1], Equals, "")286	c.Assert(tokens[3].Kind, Equals, gauge.TableRow)...

TestParsingDataTableWithEmptyHeaderSeparatorRow

Using AI Code Generation

1import (2func TestParsingDataTableWithEmptyHeaderSeparatorRow() {3	parser := new(godog.Parser)4	feature, _ := parser.ParseFile("features/empty_header_separator_row.feature")5	fmt.Println("Feature Name: ", feature.Name)6	for _, element := range feature.Scenarios {7		fmt.Println("Scenario Name: ", element.Name)8		for _, step := range element.Steps {9			fmt.Println("Step Name: ", step.Text)10			if step.Argument != nil {11				switch step.Argument.(type) {12					fmt.Println("Data Table: ", step.Argument.(*gherkin.DataTable))13					fmt.Println("Doc String: ", step.Argument.(*gherkin.DocString))14				}15			}16		}17	}18}19Data Table:  &{[]map[string]string{map[name:foo price:10] map[name:bar price:20]}}

TestParsingDataTableWithEmptyHeaderSeparatorRow

Using AI Code Generation

1import (2func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {3	parser = &godog.Parser{}4	f, err := os.Open("testdata/empty_header_separator_row.feature")5	if err != nil {6		log.Fatal(err)7	}8	defer f.Close()9	feature, err := parser.ParseFeature(f)10	if err != nil {11		t.Error(err)12	}13	if feature.Name != "Feature with empty header separator row" {14		t.Errorf("Unexpected feature name: %s", feature.Name)15	}16	if feature.ScenarioDefinitions[0].(*gherkin.Scenario).Name != "Scenario with data table and empty header separator row" {17		t.Errorf("Unexpected scenario name: %s", feature.ScenarioDefinitions[0].(*gherkin.Scenario).Name)18	}19	dataTable := feature.ScenarioDefinitions[0].(*gherkin.Scenario).Steps[0].Argument.(*gherkin.DataTable)20	if len(dataTable.Rows) != 3 {21		t.Errorf("Unexpected number of rows: %d", len(dataTable.Rows))22	}23	if len(dataTable.Rows[0].Cells) != 2 {24		t.Errorf("Unexpected number of cells in row 1: %d", len(dataTable.Rows[0].Cells))25	}26	if len(dataTable.Rows[1].Cells) != 2 {27		t.Errorf("Unexpected number of cells in row 2: %d", len(dataTable.Rows[1].Cells))28	}29	if len(dataTable.Rows[2].Cells) != 2 {30		t.Errorf("Unexpected number of cells in row 3: %d", len(dataTable.Rows[2].Cells))31	}32}33func main() {34	fmt.Println("Hello, playground")35}36import (37func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T

TestParsingDataTableWithEmptyHeaderSeparatorRow

Using AI Code Generation

1func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {2    p := new(parser)3    p.dataTable = []string{"|", "|", "|", "|"}4    p.dataRows = []int{2, 3}5    p.dataColumns = []int{0, 1, 2, 3}6    p.columnWidths = []int{1, 1, 1, 1}7    p.columnStarts = []int{0, 1, 2, 3}8    p.columnEnds = []int{0, 1, 2, 3}9    p.columnAlignments = []string{"", "", "", ""}10    p.columnCellPaddings = []int{0, 0, 0, 0}11    p.columnTextTransforms = []string{"", "", "", ""}12    p.columnTextDecorations = []string{"", "", "", ""}13    p.columnTextWraps = []int{0, 0, 0, 0}14    p.columnTextTruncates = []int{0, 0, 0, 0}15    p.columnTextColors = []string{"", "", "", ""}16    p.columnBackgroundColors = []string{"", "", "", ""}17    p.columnBorderStyles = []string{"", "", "", ""}18    p.columnBorderColors = []string{"", "", "", ""}19    p.columnBorderWidths = []int{0, 0, 0, 0}20    p.columnBorderSpaces = []int{0, 0, 0, 0}21    p.columnBorderPaddings = []int{0, 0, 0, 0}22    p.columnBorderAlignments = []string{"", "", "", ""}23    p.columnBorderRoundingStyles = []string{"", "", "", ""}24    p.columnBorderRoundingValues = []int{0, 0, 0, 0}25    p.columnBorderRoundingPositions = []string{"", "", "", ""}26    p.columnBorderRoundingColors = []string{"", "", "", ""}27    p.columnBorderRoundingOffsets = []int{0, 0, 0, 0}28    p.columnBorderRoundingAlignments = []string{"", "", "", ""}29    p.columnBorderRoundingFills = []string{"

TestParsingDataTableWithEmptyHeaderSeparatorRow

Using AI Code Generation

1func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {2    p := new(parser)3    p.Parse([]byte("||"), 0)4    if len(p.Header) != 0 {5        t.Errorf("Header should be empty")6    }7    if len(p.Rows) != 0 {8        t.Errorf("Rows should be empty")9    }10}11func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {12    p := new(parser)13    p.Parse([]byte("||"), 0)14    if len(p.Header) != 0 {15        t.Errorf("Header should be empty")16    }17    if len(p.Rows) != 0 {18        t.Errorf("Rows should be empty")19    }20}21func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {22    p := new(parser)23    p.Parse([]byte("||"), 0)24    if len(p.Header) != 0 {25        t.Errorf("Header should be empty")26    }27    if len(p.Rows) != 0 {28        t.Errorf("Rows should be empty")29    }30}31func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {32    p := new(parser)33    p.Parse([]byte("||"), 0)34    if len(p.Header) != 0 {35        t.Errorf("Header should be empty")36    }37    if len(p.Rows) != 0 {38        t.Errorf("Rows should be empty")39    }40}41func TestParsingDataTableWithEmptyHeaderSeparatorRow(t *testing.T) {42    p := new(parser)43    p.Parse([]byte("||"), 0)44    if len(p.Header) != 0 {45        t.Errorf("Header should be empty")46    }47    if len(p.Rows) != 0 {48        t.Errorf("Rows should be empty")49    }50}

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