Best Gauge code snippet using parser.TestCreateConceptDictionaryGivesAllParseErrors
conceptParser_test.go
Source:conceptParser_test.go
...58 c.Assert(errs[0].LineText, Equals, "test concept step 1")59 c.Assert(errs[1].Message, Equals, "Duplicate concept definition found")60 c.Assert(errs[1].LineText, Equals, "test concept step 2")61}62func (s *MySuite) TestCreateConceptDictionaryGivesAllParseErrors(c *C) {63 config.ProjectRoot, _ = filepath.Abs(filepath.Join("testdata", "err", "cpt"))64 _, res := CreateConceptsDictionary()65 c.Assert(res.Ok, Equals, false)66 c.Assert(len(res.ParseErrors), Equals, 5)67}68func (s *MySuite) TestCreateConceptDictionary(c *C) {69 config.ProjectRoot, _ = filepath.Abs(filepath.Join("testdata", "dir1"))70 dict, res := CreateConceptsDictionary()71 c.Assert(res.Ok, Equals, true)72 c.Assert(dict, NotNil)73 c.Assert(len(dict.ConceptsMap), Equals, 1)74}75func (s *MySuite) TestConceptDictionaryWithNestedConcepts(c *C) {76 dictionary := gauge.NewConceptDictionary()...
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1import (2func main() {3 file, _ := os.Open("C:\\Users\\user\\Desktop\\gauge\\gauge\\test.txt")4 parser := new(parser.SpecParser)5 parsingResult := parser.ParseSpecText(file, nil)6 printErrors(parsingResult)7}8func printErrors(parsingResult *result.ParseResult) {9 for _, err := range parsingResult.Errors {10 fmt.Println(err.Message)11 }12}13import (14func main() {15 file, _ := os.Open("C:\\Users\\user\\Desktop\\gauge\\gauge\\test.txt")16 parser := new(parser.SpecParser)17 parsingResult := parser.ParseSpecText(file, nil)18 printErrors(parsingResult)19}20func printErrors(parsingResult *result.ParseResult) {21 for _, err := range parsingResult.Errors {22 fmt.Println(err.Message)23 }24}25import (26func main() {27 file, _ := os.Open("C:\\Users\\user\\Desktop\\gauge\\gauge\\test.txt")28 parser := new(parser.SpecParser)29 parsingResult := parser.ParseSpecText(file, nil)30 printErrors(parsingResult)31}32func printErrors(parsingResult *result.ParseResult) {33 for _, err := range parsingResult.Errors {34 fmt.Println(err.Message)35 }36}37import (38func main() {39 file, _ := os.Open("C:\\Users\\user\\Desktop\\gauge\\gauge\\test.txt")40 parser := new(parser.SpecParser)
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1import (2func main() {3}4import (5func main() {6}7import (8func main() {9}10import (11func main() {12}13import (
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1import (2type ConceptDictionary struct {3}4type ConceptDictionaryGivesAllParseErrors struct {5}6type ConceptDictionaryGivesAllParseErrorsAndLineNumbers struct {7}8type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbers struct {9}10type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptName struct {11}12type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptNameAndStepValue struct {13}14type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptNameAndStepValueAndFileName struct {15}16type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptNameAndStepValueAndFileNameAndStepValue struct {17}18type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptNameAndStepValueAndFileNameAndStepValueAndConceptName struct {19}20type ConceptDictionaryGivesAllParseErrorsAndLineNumbersAndColumnNumbersAndConceptNameAndStepValueAndFileNameAndStepValueAndConceptNameAndStepValue struct {21}
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1import (2type concept struct {3}4type conceptDictionary struct {5}6func (cd *conceptDictionary) addConcept(c concept) {7}8func (cd *conceptDictionary) getConcept(name string) concept {9}10func (cd *conceptDictionary) getConcepts() []concept {11 concepts := make([]concept, 0, len(cd.concepts))12 for _, c := range cd.concepts {13 concepts = append(concepts, c)14 }15}16func (cd *conceptDictionary) getConceptNames() []string {17 conceptNames := make([]string, 0, len(cd.concepts))18 for _, c := range cd.concepts {19 conceptNames = append(conceptNames, c.name)20 }21}22func (cd *conceptDictionary) getConceptNamesWithPrefix(prefix string) []string {23 conceptNames := make([]string, 0, len(cd.concepts))24 for _, c := range cd.concepts {25 if strings.HasPrefix(c.name, prefix) {26 conceptNames = append(conceptNames, c.name)27 }28 }29}30type parser struct {31}32func (p *parser) createConceptDictionaryGivesAllParseErrors() {33 p.conceptDictionary = &conceptDictionary{make(map[string]concept)}
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1func TestCreateConceptDictionaryGivesAllParseErrors(t *testing.T) {2 parser := new(parser)3 conceptDictionary, _ := parser.CreateConceptDictionary(specText)4 _, parseErrors := parser.CreateConceptDictionary(specText)5 assert.Equal(t, 1, len(parseErrors))6 assert.Equal(t, "Duplicate concept: 'This is a spec with errors'", parseErrors[0].Message)7}8func TestCreateConceptDictionaryGivesAllParseErrors(t *testing.T) {9 parser := new(parser)10 conceptDictionary, _ := parser.CreateConceptDictionary(specText)11 _, parseErrors := parser.CreateConceptDictionary(specText)12 assert.Equal(t, 1, len(parseErrors))13 assert.Equal(t, "Duplicate concept: 'This is a spec with errors'", parseErrors[0].Message)14}15func TestCreateConceptDictionaryGivesAllParseErrors(t *testing.T) {16 parser := new(parser)17 conceptDictionary, _ := parser.CreateConceptDictionary(specText)18 _, parseErrors := parser.CreateConceptDictionary(specText)19 assert.Equal(t, 1, len(parseErrors))20 assert.Equal(t, "Duplicate concept: 'This is a spec with errors'", parseErrors[0].Message)21}
TestCreateConceptDictionaryGivesAllParseErrors
Using AI Code Generation
1func TestCreateConceptDictionaryGivesAllParseErrors(t *testing.T) {2 var testErrors = []struct {3 }{4 {"", "Concept Dictionary cannot be empty"},5 {"# comment", "Concept Dictionary cannot be empty"},6 {" ", "Concept Dictionary cannot be empty"},7 {"# comment8", "Concept Dictionary cannot be empty"},9 {"# comment10 ", "Concept Dictionary cannot be empty"},
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