How to use isInState method of parser Package

Best Gauge code snippet using parser.isInState

specparser.go

Source:specparser.go

...81		} else if parser.isScenarioHeading(trimmedLine) {82			newToken = &Token{Kind: gauge.ScenarioKind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine[2:])}83		} else if parser.isSpecHeading(trimmedLine) {84			newToken = &Token{Kind: gauge.SpecKind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine[1:])}85		} else if parser.isSpecUnderline(trimmedLine) && (isInState(parser.currentState, commentScope)) {86			newToken = parser.tokens[len(parser.tokens)-1]87			newToken.Kind = gauge.SpecKind88			parser.tokens = append(parser.tokens[:len(parser.tokens)-1])89		} else if parser.isScenarioUnderline(trimmedLine) && (isInState(parser.currentState, commentScope)) {90			newToken = parser.tokens[len(parser.tokens)-1]91			newToken.Kind = gauge.ScenarioKind92			parser.tokens = append(parser.tokens[:len(parser.tokens)-1])93		} else if parser.isStep(trimmedLine) {94			newToken = &Token{Kind: gauge.StepKind, LineNo: parser.lineNo, LineText: strings.TrimSpace(trimmedLine[1:]), Value: strings.TrimSpace(trimmedLine[1:])}95		} else if found, startIndex := parser.checkTag(trimmedLine); found {96			newToken = &Token{Kind: gauge.TagKind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine[startIndex:])}97		} else if parser.isTableRow(trimmedLine) {98			kind := parser.tokenKindBasedOnCurrentState(tableScope, gauge.TableRow, gauge.TableHeader)99			newToken = &Token{Kind: kind, LineNo: parser.lineNo, LineText: line, Value: strings.TrimSpace(trimmedLine)}100		} else if value, found := parser.isDataTable(trimmedLine); found {101			newToken = &Token{Kind: gauge.DataTableKind, LineNo: parser.lineNo, LineText: line, Value: value}102		} else if parser.isTearDown(trimmedLine) {103			newToken = &Token{Kind: gauge.TearDownKind, LineNo: parser.lineNo, LineText: line, Value: trimmedLine}104		} else {105			newToken = &Token{Kind: gauge.CommentKind, LineNo: parser.lineNo, LineText: line, Value: common.TrimTrailingSpace(line)}106		}107		errors = append(errors, parser.accept(newToken, fileName)...)108	}109	return parser.tokens, errors110}111func (parser *SpecParser) tokenKindBasedOnCurrentState(state int, matchingToken gauge.TokenKind, alternateToken gauge.TokenKind) gauge.TokenKind {112	if isInState(parser.currentState, state) {113		return matchingToken114	} else {115		return alternateToken116	}117}118func (parser *SpecParser) checkTag(text string) (bool, int) {119	lowerCased := strings.ToLower120	tagColon := "tags:"121	tagSpaceColon := "tags :"122	if tagStartIndex := strings.Index(lowerCased(text), tagColon); tagStartIndex == 0 {123		return true, len(tagColon)124	} else if tagStartIndex := strings.Index(lowerCased(text), tagSpaceColon); tagStartIndex == 0 {125		return true, len(tagSpaceColon)126	}127	return false, -1128}129func (parser *SpecParser) isSpecHeading(text string) bool {130	if len(text) > 1 {131		return text[0] == '#' && text[1] != '#'132	} else {133		return text[0] == '#'134	}135}136func (parser *SpecParser) isScenarioHeading(text string) bool {137	if len(text) > 2 {138		return text[0] == '#' && text[1] == '#' && text[2] != '#'139	} else if len(text) == 2 {140		return text[0] == '#' && text[1] == '#'141	}142	return false143}144func (parser *SpecParser) isStep(text string) bool {145	if len(text) > 1 {146		return text[0] == '*' && text[1] != '*'147	} else {148		return text[0] == '*'149	}150}151func (parser *SpecParser) isScenarioUnderline(text string) bool {152	return isUnderline(text, rune('-'))153}154func (parser *SpecParser) isTableRow(text string) bool {155	return text[0] == '|' && text[len(text)-1] == '|'156}157func (parser *SpecParser) isTearDown(text string) bool {158	return isUnderline(text, rune('_'))159}160func (parser *SpecParser) isSpecUnderline(text string) bool {161	return isUnderline(text, rune('='))162}163func (parser *SpecParser) isDataTable(text string) (string, bool) {164	lowerCased := strings.ToLower165	tableColon := "table:"166	tableSpaceColon := "table :"167	if strings.HasPrefix(lowerCased(text), tableColon) {168		return tableColon + " " + strings.TrimSpace(strings.Replace(lowerCased(text), tableColon, "", 1)), true169	} else if strings.HasPrefix(lowerCased(text), tableSpaceColon) {170		return tableColon + " " + strings.TrimSpace(strings.Replace(lowerCased(text), tableSpaceColon, "", 1)), true171	}172	return "", false173}174//concept header will have dynamic param and should not be resolved through lookup, so passing nil lookup175func isConceptHeader(lookup *gauge.ArgLookup) bool {176	return lookup == nil177}178func (parser *SpecParser) accept(token *Token, fileName string) []ParseError {179	errs, _ := parser.processors[token.Kind](parser, token)180	parser.tokens = append(parser.tokens, token)181	var parseErrs []ParseError182	for _, err := range errs {183		parseErrs = append(parseErrs, ParseError{FileName: fileName, LineNo: token.LineNo, Message: err.Error(), LineText: token.Value})184	}185	return parseErrs186}187func (parser *SpecParser) nextLine() (string, bool) {188	scanned := parser.scanner.Scan()189	if scanned {190		parser.lineNo++191		return parser.scanner.Text(), true192	}193	if err := parser.scanner.Err(); err != nil {194		panic(err)195	}196	return "", false197}198func (parser *SpecParser) clearState() {199	parser.currentState = 0200}201func (parser *SpecParser) CreateSpecification(tokens []*Token, conceptDictionary *gauge.ConceptDictionary, specFile string) (*gauge.Specification, *ParseResult) {202	parser.conceptDictionary = conceptDictionary203	converters := parser.initializeConverters()204	specification := &gauge.Specification{FileName: specFile}205	finalResult := &ParseResult{ParseErrors: make([]ParseError, 0), Ok: true}206	state := initial207	for _, token := range tokens {208		for _, converter := range converters {209			result := converter(token, &state, specification)210			if !result.Ok {211				if result.ParseErrors != nil {212					finalResult.Ok = false213					finalResult.ParseErrors = append(finalResult.ParseErrors, result.ParseErrors...)214				}215			}216			if result.Warnings != nil {217				if finalResult.Warnings == nil {218					finalResult.Warnings = make([]*Warning, 0)219				}220				finalResult.Warnings = append(finalResult.Warnings, result.Warnings...)221			}222		}223	}224	if len(specification.Scenarios) > 0 {225		specification.LatestScenario().Span.End = tokens[len(tokens)-1].LineNo226	}227	specification.ProcessConceptStepsFrom(conceptDictionary)228	err := parser.validateSpec(specification)229	if err != nil {230		finalResult.Ok = false231		finalResult.ParseErrors = append([]ParseError{err.(ParseError)}, finalResult.ParseErrors...)232	}233	return specification, finalResult234}235func (parser *SpecParser) initializeConverters() []func(*Token, *int, *gauge.Specification) ParseResult {236	specConverter := converterFn(func(token *Token, state *int) bool {237		return token.Kind == gauge.SpecKind238	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {239		if spec.Heading != nil {240			return ParseResult{Ok: false, ParseErrors: []ParseError{ParseError{spec.FileName, token.LineNo, "Multiple spec headings found in same file", token.LineText}}}241		}242		spec.AddHeading(&gauge.Heading{LineNo: token.LineNo, Value: token.Value})243		addStates(state, specScope)244		return ParseResult{Ok: true}245	})246	scenarioConverter := converterFn(func(token *Token, state *int) bool {247		return token.Kind == gauge.ScenarioKind248	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {249		if spec.Heading == nil {250			return ParseResult{Ok: false, ParseErrors: []ParseError{ParseError{spec.FileName, token.LineNo, "Scenario should be defined after the spec heading", token.LineText}}}251		}252		for _, scenario := range spec.Scenarios {253			if strings.ToLower(scenario.Heading.Value) == strings.ToLower(token.Value) {254				return ParseResult{Ok: false, ParseErrors: []ParseError{ParseError{spec.FileName, token.LineNo, "Duplicate scenario definition '" + scenario.Heading.Value + "' found in the same specification", token.LineText}}}255			}256		}257		scenario := &gauge.Scenario{Span: &gauge.Span{Start: token.LineNo, End: token.LineNo}}258		if len(spec.Scenarios) > 0 {259			spec.LatestScenario().Span.End = token.LineNo - 1260		}261		scenario.AddHeading(&gauge.Heading{Value: token.Value, LineNo: token.LineNo})262		spec.AddScenario(scenario)263		retainStates(state, specScope)264		addStates(state, scenarioScope)265		return ParseResult{Ok: true}266	})267	stepConverter := converterFn(func(token *Token, state *int) bool {268		return token.Kind == gauge.StepKind && isInState(*state, scenarioScope)269	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {270		latestScenario := spec.LatestScenario()271		stepToAdd, parseDetails := createStep(spec, token)272		if parseDetails != nil && len(parseDetails.ParseErrors) > 0 {273			return ParseResult{ParseErrors: parseDetails.ParseErrors, Ok: false, Warnings: parseDetails.Warnings}274		}275		latestScenario.AddStep(stepToAdd)276		retainStates(state, specScope, scenarioScope)277		addStates(state, stepScope)278		if parseDetails.Warnings != nil {279			return ParseResult{Ok: false, Warnings: parseDetails.Warnings}280		}281		return ParseResult{Ok: true, Warnings: parseDetails.Warnings}282	})283	contextConverter := converterFn(func(token *Token, state *int) bool {284		return token.Kind == gauge.StepKind && !isInState(*state, scenarioScope) && isInState(*state, specScope) && !isInState(*state, tearDownScope)285	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {286		stepToAdd, parseDetails := createStep(spec, token)287		if parseDetails != nil && len(parseDetails.ParseErrors) > 0 {288			parseDetails.Ok = false289			return *parseDetails290		}291		spec.AddContext(stepToAdd)292		retainStates(state, specScope)293		addStates(state, contextScope)294		if parseDetails.Warnings != nil {295			return ParseResult{Ok: false, Warnings: parseDetails.Warnings}296		}297		return ParseResult{Ok: true, Warnings: parseDetails.Warnings}298	})299	tearDownConverter := converterFn(func(token *Token, state *int) bool {300		return token.Kind == gauge.TearDownKind301	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {302		retainStates(state, specScope)303		addStates(state, tearDownScope)304		spec.AddItem(&gauge.TearDown{LineNo: token.LineNo, Value: token.Value})305		return ParseResult{Ok: true}306	})307	tearDownStepConverter := converterFn(func(token *Token, state *int) bool {308		return token.Kind == gauge.StepKind && isInState(*state, tearDownScope)309	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {310		stepToAdd, parseDetails := createStep(spec, token)311		if parseDetails != nil && len(parseDetails.ParseErrors) > 0 {312			parseDetails.Ok = false313			return *parseDetails314		}315		spec.TearDownSteps = append(spec.TearDownSteps, stepToAdd)316		spec.AddItem(stepToAdd)317		retainStates(state, specScope, tearDownScope)318		if parseDetails.Warnings != nil {319			return ParseResult{Ok: false, Warnings: parseDetails.Warnings}320		}321		return ParseResult{Ok: true, Warnings: parseDetails.Warnings}322	})323	commentConverter := converterFn(func(token *Token, state *int) bool {324		return token.Kind == gauge.CommentKind325	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {326		comment := &gauge.Comment{token.Value, token.LineNo}327		if isInState(*state, scenarioScope) {328			spec.LatestScenario().AddComment(comment)329		} else {330			spec.AddComment(comment)331		}332		retainStates(state, specScope, scenarioScope, tearDownScope)333		addStates(state, commentScope)334		return ParseResult{Ok: true}335	})336	keywordConverter := converterFn(func(token *Token, state *int) bool {337		return token.Kind == gauge.DataTableKind338	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {339		resolvedArg, err := newSpecialTypeResolver().resolve(token.Value)340		if resolvedArg == nil || err != nil {341			e := ParseError{FileName: spec.FileName, LineNo: token.LineNo, LineText: token.LineText, Message: fmt.Sprintf("Could not resolve table from %s", token.LineText)}342			return ParseResult{ParseErrors: []ParseError{e}, Ok: false}343		}344		if isInState(*state, specScope) && !spec.DataTable.IsInitialized() {345			externalTable := &gauge.DataTable{}346			externalTable.Table = resolvedArg.Table347			externalTable.LineNo = token.LineNo348			externalTable.Value = token.Value349			externalTable.IsExternal = true350			spec.AddExternalDataTable(externalTable)351		} else if isInState(*state, specScope) && spec.DataTable.IsInitialized() {352			value := "Multiple data table present, ignoring table"353			spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})354			return ParseResult{Ok: false, Warnings: []*Warning{&Warning{spec.FileName, token.LineNo, value}}}355		} else {356			value := "Data table not associated with spec"357			spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})358			return ParseResult{Ok: false, Warnings: []*Warning{&Warning{spec.FileName, token.LineNo, value}}}359		}360		retainStates(state, specScope)361		addStates(state, keywordScope)362		return ParseResult{Ok: true}363	})364	tableHeaderConverter := converterFn(func(token *Token, state *int) bool {365		return token.Kind == gauge.TableHeader && isInState(*state, specScope)366	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {367		if isInState(*state, stepScope) {368			latestScenario := spec.LatestScenario()369			latestStep := latestScenario.LatestStep()370			addInlineTableHeader(latestStep, token)371		} else if isInState(*state, contextScope) {372			latestContext := spec.LatestContext()373			addInlineTableHeader(latestContext, token)374		} else if isInState(*state, tearDownScope) {375			if len(spec.TearDownSteps) > 0 {376				latestTeardown := spec.LatestTeardown()377				addInlineTableHeader(latestTeardown, token)378			} else {379				spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})380			}381		} else if !isInState(*state, scenarioScope) {382			if !spec.DataTable.Table.IsInitialized() {383				dataTable := &gauge.Table{}384				dataTable.LineNo = token.LineNo385				dataTable.AddHeaders(token.Args)386				spec.AddDataTable(dataTable)387			} else {388				value := "Multiple data table present, ignoring table"389				spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})390				return ParseResult{Ok: false, Warnings: []*Warning{&Warning{spec.FileName, token.LineNo, value}}}391			}392		} else {393			value := "Table not associated with a step, ignoring table"394			spec.LatestScenario().AddComment(&gauge.Comment{token.LineText, token.LineNo})395			return ParseResult{Ok: false, Warnings: []*Warning{&Warning{spec.FileName, token.LineNo, value}}}396		}397		retainStates(state, specScope, scenarioScope, stepScope, contextScope, tearDownScope)398		addStates(state, tableScope)399		return ParseResult{Ok: true}400	})401	tableRowConverter := converterFn(func(token *Token, state *int) bool {402		return token.Kind == gauge.TableRow403	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {404		var result ParseResult405		//When table is to be treated as a comment406		if !isInState(*state, tableScope) {407			if isInState(*state, scenarioScope) {408				spec.LatestScenario().AddComment(&gauge.Comment{token.LineText, token.LineNo})409			} else {410				spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})411			}412		} else if areUnderlined(token.Args) && !isInState(*state, tableSeparatorScope) {413			retainStates(state, specScope, scenarioScope, stepScope, contextScope, tearDownScope, tableScope)414			addStates(state, tableSeparatorScope)415			// skip table separator416			result = ParseResult{Ok: true}417		} else if isInState(*state, stepScope) {418			latestScenario := spec.LatestScenario()419			latestStep := latestScenario.LatestStep()420			result = addInlineTableRow(latestStep, token, new(gauge.ArgLookup).FromDataTable(&spec.DataTable.Table), spec.FileName)421		} else if isInState(*state, contextScope) {422			latestContext := spec.LatestContext()423			result = addInlineTableRow(latestContext, token, new(gauge.ArgLookup).FromDataTable(&spec.DataTable.Table), spec.FileName)424		} else if isInState(*state, tearDownScope) {425			if len(spec.TearDownSteps) > 0 {426				latestTeardown := spec.LatestTeardown()427				result = addInlineTableRow(latestTeardown, token, new(gauge.ArgLookup).FromDataTable(&spec.DataTable.Table), spec.FileName)428			} else {429				spec.AddComment(&gauge.Comment{token.LineText, token.LineNo})430			}431		} else {432			//todo validate datatable rows also433			spec.DataTable.Table.AddRowValues(token.Args)434			result = ParseResult{Ok: true}435		}436		retainStates(state, specScope, scenarioScope, stepScope, contextScope, tearDownScope, tableScope, tableSeparatorScope)437		return result438	})439	tagConverter := converterFn(func(token *Token, state *int) bool {440		return (token.Kind == gauge.TagKind)441	}, func(token *Token, spec *gauge.Specification, state *int) ParseResult {442		tags := &gauge.Tags{Values: token.Args}443		if isInState(*state, scenarioScope) {444			if spec.LatestScenario().NTags() != 0 {445				return ParseResult{Ok: false, ParseErrors: []ParseError{ParseError{FileName: spec.FileName, LineNo: token.LineNo, Message: "Tags can be defined only once per scenario", LineText: token.LineText}}}446			}447			spec.LatestScenario().AddTags(tags)448		} else {449			if spec.NTags() != 0 {450				return ParseResult{Ok: false, ParseErrors: []ParseError{ParseError{FileName: spec.FileName, LineNo: token.LineNo, Message: "Tags can be defined only once per specification", LineText: token.LineText}}}451			}452			spec.AddTags(tags)453		}454		return ParseResult{Ok: true}455	})456	converter := []func(*Token, *int, *gauge.Specification) ParseResult{457		specConverter, scenarioConverter, stepConverter, contextConverter, commentConverter, tableHeaderConverter, tableRowConverter, tagConverter, keywordConverter, tearDownConverter, tearDownStepConverter,...

parser.go

Source:parser.go

...72		panic(err)73	}74	return "", false75}76func (p *parser) isInState(flag int) bool {77	return (p.currentState & flag) > 078}79func (p *parser) exitIfInWorkflow() {80	if p.isInState(typeWorkflow) {81		p.currentState &= ^(typeWorkflow)82	}83}84// We can accept a scenario if we haven't seen one before85func canAcceptScenario(p *parser, t *token) (bool, error) {86	if p.isInState(typeScenario) {87		return false, &syntaxError{88			lineNo:  p.lineNo,89			message: "One file should contain only one scenario definition",90		}91	}92	return true, nil93}94func canAcceptWorkflow(p *parser, t *token) (bool, error) {95	if !p.isInState(typeScenario) {96		return false, &syntaxError{97			lineNo:  p.lineNo,98			message: "A workflow should be inside a scenario",99		}100	}101	if p.isInState(typeWorkflow) {102		return false, &syntaxError{103			lineNo:  p.lineNo,104			message: "Nested workflow is not supported",105		}106	}107	return true, nil108}109func canAcceptToken(p *parser, t *token) (bool, error) {110	switch t.kind {111	case typeScenario:112		return canAcceptScenario(p, t)113	case typeWorkflow:114		return canAcceptWorkflow(p, t)115	case typeWorkflowStep:116		return true, nil117	}118	return false, nil119}120/* Reads the line from left to right, and extracts the arguments121   Arguments are rewrittern as placeholder like {arg0} {arg1} etc122   and argument values will be added to the args array in the resultant token123*/124func makeWokflowStepToken(p *parser, line string) (*token, error) {125	const (126		inDefault = iota127		inQuotes128		inExitingQuotes129		inEscape130	)131	const (132		quotes = '"'133		escape = '\\'134	)135	// Using an empty struct as a value here as I don't care about the value136	// Empty structs won't allocate any space too137	reservedChars := map[rune]struct{}{'{': {}, '}': {}}138	var stepText, argText bytes.Buffer139	var args []string140	curBuffer := func(state int) *bytes.Buffer {141		if state == inQuotes {142			return &argText143		} else {144			return &stepText145		}146	}147	currentState := inDefault148	lastState := -1149	for colNo, element := range line {150		if currentState == inEscape {151			currentState = lastState152		} else if element == escape {153			lastState = currentState154			currentState = inEscape155			continue156		} else if element == quotes {157			if currentState == inDefault {158				currentState = inQuotes159				continue160			} else {161				currentState = inExitingQuotes162			}163		} else if _, ok := reservedChars[element]; ok {164			return nil,165				&syntaxError{lineNo: p.lineNo, line: line, colNo: colNo + 1, message: fmt.Sprintf("'%c' is a reserved character and should be escaped", element)}166		}167		if currentState == inExitingQuotes {168			stepText.WriteString(fmt.Sprintf("{arg%d}", len(args)))169			args = append(args, argText.String())170			argText.Reset()171			currentState = inDefault172		} else {173			curBuffer(currentState).WriteRune(element)174		}175	}176	// If it is a valid step, the state should be default when the control reaches here177	if currentState == inQuotes {178		return nil, &syntaxError{lineNo: p.lineNo, line: line, message: "String not terminated"}179	}180	return &token{kind: typeWorkflowStep, lineNo: p.lineNo, line: line, value: strings.TrimSpace(stepText.String()), args: args}, nil181}182func (p *parser) accept(t *token) error {183	ok, err := canAcceptToken(p, t)184	if err != nil {185		return err186	}187	if ok {188		p.tokens = append(p.tokens, t)189		p.currentState |= t.kind190	}191	return nil192}193func parse(input string) ([]*token, error) {194	p := &parser{195		scanner: bufio.NewScanner(strings.NewReader(input)),196	}197	err := p.run()198	if err != nil {199		return nil, err200	}201	return p.tokens, nil202}203func (p *parser) run() error {204	for line, hasLine := p.nextLine(); hasLine; line, hasLine = p.nextLine() {205		trimmedLine := strings.TrimSpace(line)206		if strings.HasPrefix(trimmedLine, scenarioPrefix) {207			scenarioName := getNameForTerminalSymbol(trimmedLine)208			if len(scenarioName) == 0 {209				return &syntaxError{lineNo: p.lineNo, line: line, message: "Scenario should have a name"}210			}211			token := &token{kind: typeScenario, lineNo: p.lineNo, line: line, value: scenarioName}212			err := p.accept(token)213			if err != nil {214				return err215			}216		} else if strings.HasPrefix(trimmedLine, workflowPrefix) {217			workflowName := getNameForTerminalSymbol(trimmedLine)218			token := &token{kind: typeWorkflow, lineNo: p.lineNo, line: line, value: workflowName}219			err := p.accept(token)220			if err != nil {221				return err222			}223		} else {224			if len(trimmedLine) == 0 {225				// A new empty line breaks the workflow scope226				p.exitIfInWorkflow()227				continue228			}229			// We skip all plain text. A plain text inside a workflow is an executable step230			if !p.isInState(typeWorkflow) {231				continue232			}233			token, err := makeWokflowStepToken(p, line)234			if err != nil {235				return err236			}237			err = p.accept(token)238			if err != nil {239				return err240			}241		}242	}243	return nil244}...

isInState

Using AI Code Generation

1import "fmt"2func main(){3    p := parser{}4    fmt.Println(p.isInState(1))5}6import "fmt"7import "./parser"8func main(){9    p := parser.parser{}10    fmt.Println(p.isInState(1))11}

isInState

Using AI Code Generation

1import (2func main() {3    parser := NewParser()4    var input = []string{"1", "3", "4", "5", "6", "7", "8", "9", "0"}5    var result = parser.isInState(input, state)6    fmt.Println(result)7}8import (9func main() {10    parser := NewParser()11    var input = []string{"1", "3", "4", "5", "6", "7", "8", "9", "0"}12    var result = parser.isInState(input, state)13    fmt.Println(result)14}15import (16func main() {17    parser := NewParser()18    var input = []string{"1", "3", "4", "5", "6", "7", "8", "9", "0"}19    var result = parser.isInState(input, state)20    fmt.Println(result)21}22import (23func main() {24    parser := NewParser()25    var input = []string{"1", "3", "4", "5", "6", "7", "8", "9", "0"}26    var result = parser.isInState(input, state)27    fmt.Println(result)28}29import (30func main() {31    parser := NewParser()32    var input = []string{"1",

isInState

Using AI Code Generation

1import (2type parser struct {3}4func (p *parser) isInState(state string) bool {5}6func (p *parser) parse(text string) {7	fmt.Println("parsing text", text)8}9func main() {10	fmt.Println("Hello World!")11}12import (13func main() {14	fmt.Println("Hello World!")15}16How to use the Go programming language (Part 2)17How to use the Go programming language (Part 3)18How to use the Go programming language (Part 4)19How to use the Go programming language (Part 5)20How to use the Go programming language (Part 6)21How to use the Go programming language (Part 7)22How to use the Go programming language (Part 8)23How to use the Go programming language (Part 9)24How to use the Go programming language (Part 10)25How to use the Go programming language (Part 11)26How to use the Go programming language (Part 12)27How to use the Go programming language (Part 13)28How to use the Go programming language (Part 14)29How to use the Go programming language (Part 15)30How to use the Go programming language (Part 16)31How to use the Go programming language (Part 17)

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.