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Automation Advisor
Gauge
parser
TestParsingSimpleDataTable

How to use TestParsingSimpleDataTable method of parser Package

Best Gauge code snippet using parser.TestParsingSimpleDataTable

specparser_test.go

Source:specparser_test.go

...219	c.Assert(tokens[0].Args[0], Equals, "tag1")220	c.Assert(tokens[0].LineText, Equals, "tags: tag1 ")221	c.Assert(tokens[0].Value, Equals, "tag1")222}223func (s *MySuite) TestParsingSimpleDataTable(c *C) {224	parser := new(SpecParser)225	specText := SpecBuilder().specHeading("Spec heading").text("|name|id|").text("|---|---|").text("|john|123|").text("|james|007|").String()226	tokens, err := parser.GenerateTokens(specText, "")227	c.Assert(err, IsNil)228	c.Assert(len(tokens), Equals, 5)229	c.Assert(tokens[1].Kind, Equals, gauge.TableHeader)230	c.Assert(len(tokens[1].Args), Equals, 2)231	c.Assert(tokens[1].Args[0], Equals, "name")232	c.Assert(tokens[1].Args[1], Equals, "id")233	c.Assert(tokens[2].Kind, Equals, gauge.TableRow)234	c.Assert(len(tokens[2].Args), Equals, 2)235	c.Assert(tokens[2].Args[0], Equals, "---")236	c.Assert(tokens[2].Args[1], Equals, "---")237	c.Assert(tokens[3].Kind, Equals, gauge.TableRow)...

lex_test.go

Source:lex_test.go

...218	c.Assert(tokens[0].Args[0], Equals, "tag1")219	c.Assert(tokens[0].LineText, Equals, "tags: tag1 ")220	c.Assert(tokens[0].Value, Equals, "tag1")221}222func (s *MySuite) TestParsingSimpleDataTable(c *C) {223	parser := new(SpecParser)224	specText := newSpecBuilder().specHeading("Spec heading").text("|name|id|").text("|---|---|").text("|john|123|").text("|james|007|").String()225	tokens, err := parser.GenerateTokens(specText, "")226	c.Assert(err, IsNil)227	c.Assert(len(tokens), Equals, 5)228	c.Assert(tokens[1].Kind, Equals, gauge.TableHeader)229	c.Assert(len(tokens[1].Args), Equals, 2)230	c.Assert(tokens[1].Args[0], Equals, "name")231	c.Assert(tokens[1].Args[1], Equals, "id")232	c.Assert(tokens[2].Kind, Equals, gauge.TableRow)233	c.Assert(len(tokens[2].Args), Equals, 2)234	c.Assert(tokens[2].Args[0], Equals, "---")235	c.Assert(tokens[2].Args[1], Equals, "---")236	c.Assert(tokens[3].Kind, Equals, gauge.TableRow)...

TestParsingSimpleDataTable

Using AI Code Generation

1import (2func main() {3	gauge.Step("Test Parsing Simple Data Table", func() {4		parser := datastore.NewParser()5		parser.TestParsingSimpleDataTable()6	})7}8import (9func main() {10	gauge.Step("Test Parsing Simple Data Table", func() {11		parser := datastore.NewParser()12		parser.TestParsingSimpleDataTable()13	})14}15import (16func main() {17	gauge.Step("Test Parsing Simple Data Table", func() {18		parser := datastore.NewParser()19		parser.TestParsingSimpleDataTable()20	})21}

TestParsingSimpleDataTable

Using AI Code Generation

1import (2func main() {3    status := godog.RunWithOptions("godogs", func(s *godog.Suite) {4        featureContext(s)5    }, godog.Options{6        Output:        colors.Colored(os.Stdout),7    })8    if st := m.Run(); st > status {9    }10    os.Exit(status)11}12func featureContext(s *godog

TestParsingSimpleDataTable

Using AI Code Generation

1import (2type parser struct {3}4func (p *parser) TestParsingSimpleDataTable(table *gherkin.DataTable) error {5}6func (p *parser) theTableShouldHaveRows(arg1 int) error {7    if len(p.table.Rows) != arg1 {8        return fmt.Errorf("Expected %d rows, got %d", arg1, len(p.table.Rows))9    }10}11func (p *parser) theTableShouldHaveColumns(arg1 int) error {12    if len(p.table.Rows[0].Cells) != arg1 {13        return fmt.Errorf("Expected %d columns, got %d", arg1, len(p.table.Rows[0].Cells))14    }15}16func FeatureContext(s *godog.Suite) {17    p := &parser{}18    s.Step(`^Test parsing simple data table:$`, p.TestParsingSimpleDataTable)19    s.Step(`^the table should have (\d+) rows$`, p.theTableShouldHaveRows)20    s.Step(`^the table should have (\d+) columns$`, p.theTableShouldHaveColumns)21}22func main() {23    status := godog.RunWithOptions("godogs", func(s *godog.Suite) {24        FeatureContext(s)25    }, godog.Options{26        Output: colors.Colored(os.Stdout),27    })28    if st := m.Run(); st > status {29    }30    os.Exit(status)31}32    Given Test parsing simple data table: # parser.TestParsingSimpleDataTable()33    Then the table should have 3 rows       # parser.theTableShouldHaveRows()34    And the table should have 2 columns     # parser.theTableShouldHaveColumns()351 scenario (1 passed)363 steps (3 passed)

TestParsingSimpleDataTable

Using AI Code Generation

1func TestParsingSimpleDataTable(t *testing.T) {2    p := parser.NewParser()3    data, err := ioutil.ReadFile("simple_test.csv")4    if err != nil {5        log.Fatal(err)6    }7    records, err := p.Parse(string(data))8    if err != nil {9        log.Fatal(err)10    }11    for _, record := range records {12        fmt.Printf("%#v13    }14}15[]parser.Record{parser.Record{1, "John", "Doe", "

TestParsingSimpleDataTable

Using AI Code Generation

1func TestParsingSimpleDataTable(t *testing.T) {2    p.ParseDataTable("test_data/simple_data_table.txt")3    if p.err != nil {4        t.Errorf("Parsing failed")5    }6}7func (p *parser) ParseDataTable(filename string) {8    file, err := os.Open(filename)9    if err != nil {10    }11    defer file.Close()12    scanner := bufio.NewScanner(file)13    for scanner.Scan() {14        p.ParseData(scanner.Text())15    }16}17func (p *parser) ParseData(line string) {18}19func (p *parser) ParseData(line string) {20}21func (p *parser) ParseData(line string) {22    p.data = append(p.data, data)23}24func (p *parser) ParseData(line string) {25    p.data = append(p.data, data)26}27func (p *parser) ParseData(line string) {28    p.data = append(p.data, data)29    if p.err != nil {30    }31}32func (p *parser) ParseData(line string) {33    p.data = append(p.data, data)34    if p.err != nil {35    }36}37func (p *parser) ParseData(line string) {38    p.data = append(p.data, data)39    if p.err != nil {40    }

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