Best Gauge code snippet using parser.simpleAcceptor
stepParser.go
Source: stepParser.go
...49 }50 return currentState, false51 }52}53func simpleAcceptor(start rune, end rune, after func(int), inState int) acceptFn {54 onEach := func(currentChar rune, state int) int {55 return state56 }57 return acceptor(start, end, onEach, after, inState)58}59func processStep(parser *SpecParser, token *Token) ([]error, bool) {60 if len(token.Value) == 0 {61 return []error{fmt.Errorf("Step should not be blank")}, true62 }63 stepValue, args, err := processStepText(token.Value)64 if err != nil {65 return []error{err}, true66 }67 token.Value = stepValue68 token.Args = args69 parser.clearState()70 return []error{}, false71}72func processStepText(text string) (string, []string, error) {73 reservedChars := map[rune]struct{}{'{': {}, '}': {}}74 var stepValue, argText bytes.Buffer75 var args []string76 curBuffer := func(state int) *bytes.Buffer {77 if isInAnyState(state, inQuotes, inDynamicParam) {78 return &argText79 }80 return &stepValue81 }82 currentState := inDefault83 lastState := -184 acceptStaticParam := simpleAcceptor(rune(quotes), rune(quotes), func(int) {85 stepValue.WriteString("{static}")86 args = append(args, argText.String())87 argText.Reset()88 }, inQuotes)89 acceptSpecialDynamicParam := acceptor(rune(dynamicParamStart), rune(dynamicParamEnd), func(currentChar rune, state int) int {90 if currentChar == specialParamIdentifier && state == inDynamicParam {91 return state | inSpecialParam92 }93 return state94 }, func(currentState int) {95 if isInState(currentState, inSpecialParam) {96 stepValue.WriteString("{special}")97 } else {98 stepValue.WriteString("{dynamic}")...
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 fmt.Println("Enter the string you want to parse: ")4 scanner := bufio.NewScanner(os.Stdin)5 scanner.Scan()6 s = scanner.Text()7 s = strings.TrimSpace(s)8 p.simpleAcceptor(s)9}
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 fmt.Println("Enter a string to parse")4 fmt.Scanln(&input)5 scanner := scanner.NewScanner(input)6 parser := parser.NewParser(scanner)7 parser.Parse()8}
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 fmt.Print("Enter the string: ")4 fmt.Scanln(&input)5 fmt.Println(parser.simpleAcceptor(input))6}7type Parser struct {8}9func (p Parser) simpleAcceptor(input string) bool {10 var pattern = regexp.MustCompile(`^[0-9]+$`)11 return pattern.MatchString(input)12}13import (14func main() {15 fmt.Print("Enter the string: ")16 fmt.Scanln(&input)17 fmt.Println(parser.simpleAcceptor(input))18}19type Parser struct {20}21func (p Parser) simpleAcceptor(input string) bool {22 var pattern = regexp.MustCompile(`^[a-zA-Z]+$`)23 return pattern.MatchString(input)24}25import (26func main() {27 fmt.Print("Enter the string: ")28 fmt.Scanln(&input)29 fmt.Println(parser.simpleAcceptor(input))30}31type Parser struct {32}33func (p Parser) simpleAcceptor(input string) bool {34 var pattern = regexp.MustCompile(`^[a-zA-Z0-9]+$`)35 return pattern.MatchString(input)36}37import (38func main() {39 fmt.Print("Enter the string: ")40 fmt.Scanln(&input)41 fmt.Println(parser.simpleAcceptor(input))42}43type Parser struct {44}45func (p Parser) simpleAcceptor(input string) bool {46 var pattern = regexp.MustCompile(`^[a-zA-Z0-9_]+$`)47 return pattern.MatchString(input)48}49import (50func main() {51 fmt.Print("Enter the string: ")52 fmt.Scanln(&input)53 fmt.Println(parser.simpleAc
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 p.Init("1.go")4 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "package"}))5 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "main"}))6 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "import"}))7 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "fmt"}))8 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "parser"}))9 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "main"}))10 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "func"}))11 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "main"}))12 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "var"}))13 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "p"}))14 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "parser"}))15 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "p"}))16 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "Init"}))17 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "1.go"}))18 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "fmt"}))19 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "Println"}))20 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "p"}))21 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "SimpleAcceptor"}))22 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "parser"}))23 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "Token"}))24 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "parser"}))25 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "IDENTIFIER"}))26 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "package"}))27 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "main"}))28 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "import"}))29 fmt.Println(p.SimpleAcceptor(parser.Token{parser.IDENTIFIER, "
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 data, err := ioutil.ReadFile(os.Args[1])4 if err != nil {5 fmt.Println(err)6 }7 str := string(data)8 scanner := bufio.NewScanner(strings.NewReader(str))9 p := new(Parser)10 p.simpleAcceptor(scanner)11 fmt.Println("Final Result: ", p.result)12}
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 p := parser.Parser{}4 p.SimpleAcceptor()5 fmt.Println(p.Result)6}
simpleAcceptor
Using AI Code Generation
1import (2func main() {3 fmt.Print("Enter a simple expression: ")4 fmt.Scan(&input)5 scanner := scanner.NewScanner(input)6 parser := parser.NewParser(scanner)7 if parser.SimpleAcceptor() {8 fmt.Println("The expression is valid")9 } else {10 fmt.Println("The expression is not valid")11 }12}
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