How to use typ method of main Package

Best Syzkaller code snippet using main.typ

old_lexer.go

Source:old_lexer.go

...6//7//	"github.com/bantling/goiter"8//)9//10//// LexType is the type of a lexical token11//type LexType uint12//13//// LexType constants14//const (15//	InvalidLexType LexType = iota16//	Comment17//	Identifier18//	String19//	CharacterRange20//	Repetition21//	OptionAST22//	OptionEOL23//	OptionIndent24//	OptionOutdent25//	OptionPreEOL26//	OptionPreIndent27//	OptionPreOutdent28//	Hat29//	OpenParens30//	CloseParens31//	Bar32//	Comma33//	Equals34//	DoubleEquals35//	SemiColon36//	EOF37//)38//39//var (40//	// map of valid options strings41//	optionStrings = []string{":AST", ":EOL", ":INDENT", ":OUTDENT", ":PREEOL", ":PREINDENT", ":PREOUTDENT"}42//43//	// map of useless ASCII control characters44//	uselessChars = map[rune]bool{45//		'\x00': true,46//		'\x01': true,47//		'\x02': true,48//		'\x03': true,49//		'\x04': true,50//		'\x05': true,51//		'\x06': true,52//		'\x07': true,53//		'\x08': true,54//		// '\x09' is tab55//		// '\x0A' is newline56//		'\x0B': true,57//		'\x0C': true,58//		// '\x0D' is return carriage59//		'\x0E': true,60//		'\x0F': true,61//		'\x10': true,62//		'\x11': true,63//		'\x12': true,64//		'\x13': true,65//		'\x14': true,66//		'\x15': true,67//		'\x16': true,68//		'\x17': true,69//		'\x18': true,70//		'\x19': true,71//		'\x1A': true,72//		'\x1B': true,73//		'\x1C': true,74//		'\x1D': true,75//		'\x1E': true,76//		'\x1F': true,77//		// \x7F is DEL78//		'\x7F': true,79//	}80//)81//82//// String is a formatted string for a LexType83//func (t LexType) String() string {84//	return optionStrings[uint(t)-uint(OptionAST)]85//}86//87//// Error message constants88//const (89//	ErrUnexpectedEOF               = "Unexpected EOF"90//	ErrInvalidComment              = "A comment either be on one line after a //, or all chars between /* and */"91//	ErrUnexpectedChar              = "Unexpected character"92//	ErrInvalidUnicodeEscape        = `A unicode escape must be \uXXXX or \U+XXXX where X is a hex character`93//	ErrInvalidStringEscape         = `The only valid string escape sequences are \\, \t, \r, \n, \uXXXX, \U+XXXX, \', and \"`94//	ErrInvalidCharacterRangeEscape = `The only valid character range escape sequences are \\, \t, \r, \n, \uXXXX, \U+XXXX, and \]`95//	ErrCharacterRangeEmpty         = "A character range cannot be empty"96//	ErrCharacterRangeOutOfOrder    = "A character range must be in order, where begin character <= last character"97//	ErrRepetitionForm              = "A repetition must be of one of the following forms: {N} or {N,} or {,N} or {N,M}; where N and M are integers, when M present N <= M, when using form {N} N must be > 0"98//	ErrInvalidOption               = "The only valid options are :AST, :EOL, :INDENT, and :OUTDENT"99//)100//101//// Token is a single lexical token102//type Token struct {103//	typ               LexType104//	token             string        // string form of token105//	source            string        // formatted token106//	charRangeInverted bool          // inverted character range107//	charRange         map[rune]bool // character range108//	n, m              int           // repetitions109//	line              int           // first line number of token110//	position          int           // position of first character of token111//}112//113//// Type is the lexical token type114//func (l Token) Type() LexType {115//	return l.typ116//}117//118//// Token returns unformatted token119//func (l Token) Token() string {120//	return l.token121//}122//123//// String is the fmt.Stringer method that returns formatted token124//func (l Token) String() string {125//	return l.source126//}127//128//// Line returns the first line number of the token129//func (l Token) Line() int {130//	return l.line131//}132//133//// Position returns the position of the first character of the token134//func (l Token) Position() int {135//	return l.position136//}137//138//// InvertedRange returns true if the character range is inverted139//// Only applicable if Type() returns CharacterRange140//func (l Token) InvertedRange() bool {141//	return l.charRangeInverted142//}143//144//// Range returns the character range145//// Only applicable if Type() returns CharacterRange146//func (l Token) Range() map[rune]bool {147//	return l.charRange148//}149//150//// Repetitions returns n, m reptition values151//// Returns n, n if specified as {N}152//// Returns n, -1 if specified as {N,}153//// Returns 0, n if specified as {,N}154//// Returns n, m if specified as {N,M}155//// Only applicable if Type() returns Repetition156//func (l Token) Repetitions() (n, m int) {157//	return l.n, l.m158//}159//160//// Lexer is the lexical analyzer that returns lexical tokens from input161//type Lexer struct {162//	iter *goiter.RunePositionIter163//}164//165//// NewLexer constructs a Lexer from an io.Reader166//func NewLexer(source io.Reader) *Lexer {167//	return &Lexer{168//		iter: goiter.NewRunePositionIter(source),169//	}170//}171//172//// Next reads next lexical token, choosing longest possible sequence173//func (l *Lexer) Next() Token {174//	var (175//		typ                      LexType176//		token                    strings.Builder177//		source                   strings.Builder178//		commentState             int           // 0 = initial /, 1 = single line, 2 = multiline looking for *, 3 = multiline trailing /179//		doubleQuotes             bool          // true = double quoted String, false = single quoted String180//		rangeState               int           // 0 = initial, 1 = begin, 2 = range, 3 = after end181//		rangeInverted            bool          // true if range beegins with ^182//		rangeBegin               rune          // begin and end chars of a single range183//		rangeChars               map[rune]bool // map of all chars in a range184//		repetitionState          bool          // false = N, true = M185//		repetitionN, repetitionM int           // value of N and M186//		nextChar                 rune187//		nextCharText             string188//		nextCharEscaped          bool189//		line                     int190//		position                 int191//		result                   Token192//	)193//194//	// Handle escape sequences195//	// Useful for strings and character ranges196//	handleEscapes := func(isString bool) {197//		// Assume this is not an escape until we know otherwise198//		nextCharEscaped = false199//200//		if nextChar == '\\' {201//			// Must be a valid escape or we panic below202//			nextCharEscaped = true203//204//			// Read next char205//			if !l.iter.Next() {206//				panic(ErrUnexpectedEOF)207//			}208//			nextChar = l.iter.Value()209//210//			doPanic := false211//212//			// Common cases are \, t, r, n, and U213//			switch nextChar {214//			case '\\':215//				nextCharText = "\\\\"216//			case 't':217//				nextChar = '\t'218//				nextCharText = "\\t"219//			case 'r':220//				nextChar = '\r'221//				nextCharText = "\\r"222//			case 'n':223//				nextChar = '\n'224//				nextCharText = "\\n"225//			// String cases also include ' and "226//			case '\'':227//				if isString {228//					nextChar = '\''229//					nextCharText = "\\'"230//				} else {231//					doPanic = true232//				}233//			case '"':234//				if isString {235//					nextChar = '"'236//					nextCharText = "\\\""237//				} else {238//					doPanic = true239//				}240//			// Character range cases also include ]241//			case ']':242//				if !isString {243//					nextChar = ']'244//					nextCharText = "\\]"245//				} else {246//					doPanic = true247//				}248//			// Not valid for any case249//			default:250//				doPanic = true251//			}252//253//			if doPanic {254//				if isString {255//					panic(ErrInvalidStringEscape)256//				}257//				panic(ErrInvalidCharacterRangeEscape)258//			}259//		}260//	}261//262//MAIN_LOOP:263//	for true {264//		// EOF only valid if read after a complete token265//		if !l.iter.Next() {266//			if typ == InvalidLexType {267//				result = Token{268//					typ:      EOF,269//					token:    "",270//					line:     line,271//					position: position,272//				}273//				break MAIN_LOOP274//			}275//			panic(ErrUnexpectedEOF)276//		}277//278//		nextChar = l.iter.Value()279//		nextCharText = string(nextChar)280//281//		switch typ {282//		// First character of next token283//		case InvalidLexType:284//			// Skip whitespace between tokens285//			if (nextChar == ' ') ||286//				(nextChar == '\t') ||287//				(nextChar == '\n') {288//				continue MAIN_LOOP289//			}290//291//			// First non-ws char is first char of next token292//			line = l.iter.Line()293//			position = l.iter.Position()294//295//			// Letter is first char of an identifier296//			if ((nextChar >= 'A') && (nextChar <= 'Z')) ||297//				((nextChar >= 'a') && (nextChar <= 'z')) {298//				typ = Identifier299//				token.WriteRune(nextChar)300//				source.WriteString(nextCharText)301//				continue MAIN_LOOP302//			}303//304//			switch nextChar {305//			case '/':306//				typ = Comment307//				commentState = 0 // Read initial /308//				continue MAIN_LOOP309//310//			case '"':311//				typ = String312//				source.WriteRune(nextChar)313//				doubleQuotes = true314//				continue MAIN_LOOP315//316//			case '\'':317//				typ = String318//				source.WriteRune(nextChar)319//				doubleQuotes = false320//				continue MAIN_LOOP321//322//			case '[':323//				typ = CharacterRange324//				token.WriteRune(nextChar)325//				source.WriteRune(nextChar)326//				rangeState = 0327//				rangeInverted = false328//				rangeChars = map[rune]bool{}329//				continue MAIN_LOOP330//331//			case '{':332//				typ = Repetition333//				token.WriteRune(nextChar)334//				source.WriteRune(nextChar)335//				repetitionState = false // Start reading N336//				repetitionN = -1        // Must have at least one char337//				repetitionM = -1        // May not have an M338//				continue MAIN_LOOP339//340//			case '?':341//				// zero or one repetitions - same as {0,1}342//				result = Token{343//					typ:      Repetition,344//					token:    "?",345//					source:   "?",346//					n:        0,347//					m:        1,348//					line:     line,349//					position: position,350//				}351//				break MAIN_LOOP352//353//			case '*':354//				// zero or more repetitions - same as {0,}355//				result = Token{356//					typ:      Repetition,357//					token:    "*",358//					source:   "*",359//					n:        0,360//					m:        -1,361//					line:     line,362//					position: position,363//				}364//				break MAIN_LOOP365//366//			case '+':367//				// one or more repetitions - same as {1,}368//				result = Token{369//					typ:      Repetition,370//					token:    "+",371//					source:   "+",372//					n:        1,373//					m:        -1,374//					line:     line,375//					position: position,376//				}377//				break MAIN_LOOP378//379//			case ':':380//				typ = OptionAST // choose first for now381//				token.WriteRune(nextChar)382//				source.WriteRune(nextChar)383//				continue MAIN_LOOP384//385//			case '^':386//				result = Token{387//					typ:      Hat,388//					token:    "^",389//					source:   "^",390//					line:     line,391//					position: position,392//				}393//				break MAIN_LOOP394//395//			case '(':396//				result = Token{397//					typ:      OpenParens,398//					token:    "(",399//					source:   "(",400//					line:     line,401//					position: position,402//				}403//				break MAIN_LOOP404//405//			case ')':406//				result = Token{407//					typ:      CloseParens,408//					token:    ")",409//					source:   ")",410//					line:     line,411//					position: position,412//				}413//				break MAIN_LOOP414//415//			case '|':416//				result = Token{417//					typ:      Bar,418//					token:    "|",419//					source:   "|",420//					line:     line,421//					position: position,422//				}423//				break MAIN_LOOP424//425//			case ',':426//				result = Token{427//					typ:      Comma,428//					token:    ",",429//					source:   ",",430//					line:     line,431//					position: position,432//				}433//				break MAIN_LOOP434//435//			case '=':436//				// If next char is also =, then it is DoubleEquals437//				if !l.iter.Next() {438//					panic(ErrUnexpectedEOF)439//				}440//441//				if nextChar = l.iter.Value(); nextChar == '=' {442//					result = Token{443//						typ:      DoubleEquals,444//						token:    "==",445//						source:   "==",446//						line:     line,447//						position: position,448//					}449//					break MAIN_LOOP450//				}451//452//				// Char after = is first char of next token453//				l.iter.Unread(nextChar)454//455//				result = Token{456//					typ:      Equals,457//					token:    "=",458//					source:   "=",459//					line:     line,460//					position: position,461//				}462//				break MAIN_LOOP463//464//			case ';':465//				result = Token{466//					typ:      SemiColon,467//					token:    ";",468//					source:   ";",469//					line:     line,470//					position: position,471//				}472//				break MAIN_LOOP473//			}474//475//			panic(ErrUnexpectedChar)476//477//		case Identifier:478//			if ((nextChar >= 'A') && (nextChar <= 'Z')) ||479//				((nextChar >= 'a') && (nextChar <= 'z')) ||480//				((nextChar >= '0') && (nextChar <= '9')) ||481//				(nextChar == '_') {482//				token.WriteRune(nextChar)483//				source.WriteString(nextCharText)484//				continue MAIN_LOOP485//			}486//487//			// Must be first char of next token488//			l.iter.Unread(nextChar)489//490//			// Identifier is what we have before this char491//			result = Token{492//				typ:      typ,493//				token:    token.String(),494//				source:   source.String(),495//				line:     line,496//				position: position,497//			}498//			break MAIN_LOOP499//500//		case Comment:501//			switch commentState {502//			case 0:503//				// Read /, next char must be / or *504//				switch nextChar {505//				case '/':506//					commentState = 1 // single line507//					continue MAIN_LOOP508//509//				case '*':510//					commentState = 2 // multi line looking for *511//					continue MAIN_LOOP512//513//				default:514//					// Unlike mnost languages, only use for / is to start a comment515//					panic(ErrInvalidComment)516//				}517//518//			case 1:519//				// single line520//				if (nextChar == '\r') || (nextChar == '\n') {521//					// No need to push back eol char, don't need to consume more eol chars522//					result = Token{523//						typ:      typ,524//						token:    token.String(),525//						source:   source.String(),526//						line:     line,527//						position: position,528//					}529//					break MAIN_LOOP530//				}531//532//				token.WriteRune(nextChar)533//				source.WriteString(nextCharText)534//				continue MAIN_LOOP535//536//			case 2:537//				// multiline looking for *538//				if nextChar == '*' {539//					commentState = 3540//541//					// Don't add * to data until we know whether or not it is part of */542//					continue MAIN_LOOP543//				}544//545//				token.WriteRune(nextChar)546//				source.WriteString(nextCharText)547//				continue MAIN_LOOP548//549//			default:550//				// multiline looking for / after *551//				if nextChar == '/' {552//					result = Token{553//						typ:      typ,554//						token:    token.String(),555//						source:   source.String(),556//						line:     line,557//						position: position,558//					}559//					break MAIN_LOOP560//				}561//562//				// Write a * and this char since we know the * is part of comment563//				token.WriteRune('*')564//				token.WriteRune(nextChar)565//				source.WriteRune('*')566//				source.WriteString(nextCharText)567//568//				// Go back to looking for *569//				commentState = 2570//				continue MAIN_LOOP571//			}572//573//		case String:574//			// Escapes can be used in terminals575//			handleEscapes(true)576//577//			// Look for terminating quote char578//			if (doubleQuotes && (nextChar == '"') && (!nextCharEscaped)) ||579//				((!doubleQuotes) && (nextChar == '\'') && (!nextCharEscaped)) {580//				// Allow zero length terminals, they mean epsilon581//				source.WriteRune(nextChar)582//				result = Token{583//					typ:      typ,584//					token:    token.String(),585//					source:   source.String(),586//					line:     line,587//					position: position,588//				}589//				break MAIN_LOOP590//			}591//592//			// Part of terminal string593//			token.WriteRune(nextChar)594//			source.WriteString(nextCharText)595//			continue MAIN_LOOP596//597//		case CharacterRange:598//			// Examine the char range and handle dashes according to the JavaScript definition:599//			//600//			// A dash character can be treated literally or it can denote a range.601//			// It is treated literally if it is the first or last character of ClassRanges,602//			// the beginning or end limit of a range specification,603//			// or immediately follows a range specification.604//			//605//			// where ClassRanges is the entire set of range(s) contained in square brackets;606//			// and a range specification is a sequence of a character, a dash, and a character.607//			//608//			// Note that if the trange begins with ^-. the dash is literal.609//610//			// Escapes may be used in character ranges611//			handleEscapes(false)612//613//			switch rangeState {614//			case 0: // First char615//				token.WriteString(nextCharText)616//				source.WriteString(nextCharText)617//618//				// If nextChar is ^ and range is already inverted, must be ^^, where second ^ is literal, and is part of range619//				if (nextChar == '^') && (!rangeInverted) {620//					// Starts with ^, so invert the range621//					// Always exclude useless ASCII conntrol characters622//					rangeInverted = true623//					rangeChars = uselessChars624//					continue MAIN_LOOP625//				}626//627//				if (nextChar == ']') && (!nextCharEscaped) {628//					if rangeInverted {629//						// Valid range of not nothing = everything; we already excluded useless ASCII control characters above630//						return Token{631//							typ:               typ,632//							token:             token.String(),633//							source:            source.String(),634//							charRangeInverted: rangeInverted,635//							charRange:         rangeChars,636//							line:              line,637//							position:          position,638//						}639//					}640//641//					panic(ErrCharacterRangeEmpty)642//				}643//644//				// This may be range begin645//				rangeState = 1646//				rangeBegin = nextChar647//				continue MAIN_LOOP648//649//			case 1: // Possible range begin650//				token.WriteString(nextCharText)651//				source.WriteString(nextCharText)652//653//				if (nextChar == ']') && (!nextCharEscaped) {654//					// last char in rangeBegin is a literal char655//					rangeChars[rangeBegin] = true656//					return Token{657//						typ:               typ,658//						token:             token.String(),659//						source:            source.String(),660//						charRangeInverted: rangeInverted,661//						charRange:         rangeChars,662//						line:              line,663//						position:          position,664//					}665//				}666//667//				if nextChar == '-' {668//					// Possible range of chars669//					rangeState = 2670//				} else {671//					// Last char is not part of range672//					rangeChars[rangeBegin] = true673//					// But this one might bee674//					rangeBegin = nextChar675//				}676//677//				continue MAIN_LOOP678//679//			case 2: // rangeBegin dash nextChar680//				if (nextChar == ']') && (!nextCharEscaped) {681//					// previous dash was a literal dash at end682//					token.WriteString(nextCharText)683//					source.WriteString(nextCharText)684//					rangeChars[rangeBegin] = true685//					rangeChars['-'] = true686//					return Token{687//						typ:               typ,688//						token:             token.String(),689//						source:            source.String(),690//						charRangeInverted: rangeInverted,691//						charRange:         rangeChars,692//						line:              line,693//						position:          position,694//					}695//				}696//697//				token.WriteString(nextCharText)698//				source.WriteString(nextCharText)699//700//				// range from rangeBegin thru nextChar inclusive701//				if rangeBegin > nextChar {702//					panic(ErrCharacterRangeOutOfOrder)703//				}704//705//				for r := rangeBegin; r <= nextChar; r++ {706//					rangeChars[r] = true707//				}708//709//				rangeState = 3710//				continue MAIN_LOOP711//712//			case 3:713//				// after range end714//				if (nextChar == ']') && (!nextCharEscaped) {715//					//					if true {716//					//						panic("here")717//					//					}718//					token.WriteString(nextCharText)719//					source.WriteString(nextCharText)720//					return Token{721//						typ:               typ,722//						token:             token.String(),723//						source:            source.String(),724//						charRangeInverted: rangeInverted,725//						charRange:         rangeChars,726//						line:              line,727//						position:          position,728//					}729//				}730//731//				token.WriteString(nextCharText)732//				source.WriteString(nextCharText)733//734//				// Any char after range end is literal, may be start of next range735//				rangeState = 1736//				rangeBegin = nextChar737//738//				continue MAIN_LOOP739//			}740//741//		case Repetition:742//			// Read required N and optional ,M before closing brace743//			if !repetitionState {744//				if (nextChar >= '0') && (nextChar <= '9') {745//					if repetitionN == -1 {746//						repetitionN = int(nextChar - '0')747//					} else {748//						repetitionN = repetitionN*10 + int(nextChar-'0')749//					}750//751//					token.WriteRune(nextChar)752//					source.WriteString(nextCharText)753//					continue MAIN_LOOP754//				}755//756//				if nextChar == ',' {757//					// Form is {,N}; don't set n = 1 yet, in case we have only a comma, which is invalid758//					repetitionState = true // Read M, if we have it759//					token.WriteRune(nextChar)760//					source.WriteString(nextCharText)761//					continue MAIN_LOOP762//				}763//764//				if nextChar == '}' {765//					// form {N}766//					token.WriteRune(nextChar)767//					source.WriteString(nextCharText)768//769//					if repetitionN < 1 {770//						// N must have a value >= 1771//						panic(ErrRepetitionForm)772//					}773//774//					result = Token{775//						typ:      typ,776//						token:    token.String(),777//						source:   source.String(),778//						n:        repetitionN,779//						m:        repetitionN, // M = N780//						line:     line,781//						position: position,782//					}783//					break MAIN_LOOP784//				}785//786//				panic(ErrRepetitionForm)787//			} else {788//				// Reading M789//				if (nextChar >= '0') && (nextChar <= '9') {790//					if repetitionM == -1 {791//						repetitionM = int(nextChar - '0')792//					} else {793//						repetitionM = repetitionM*10 + int(nextChar-'0')794//					}795//796//					token.WriteRune(nextChar)797//					source.WriteString(nextCharText)798//					continue MAIN_LOOP799//				}800//801//				if nextChar == '}' {802//					// If we never read N, N was initialized to -1803//					// If we never read M, M was initialized to -1804//805//					// If both N and M are -1, we read just a comma806//					if (repetitionN == -1) && (repetitionM == -1) {807//						panic(ErrRepetitionForm)808//					}809//810//					// N can be zero, M must be -1 or >= 1811//					if repetitionM == 0 {812//						panic(ErrRepetitionForm)813//					}814//815//					token.WriteRune(nextChar)816//					source.WriteString(nextCharText)817//818//					// If N = -1, must be {,N} - provide 0, M819//					if repetitionN == -1 {820//						repetitionN = 0821//					}822//823//					result = Token{824//						typ:      typ,825//						token:    token.String(),826//						source:   source.String(),827//						n:        repetitionN,828//						m:        repetitionM,829//						line:     line,830//						position: position,831//					}832//					break MAIN_LOOP833//				}834//835//				panic(ErrRepetitionForm)836//			}837//838//		case OptionAST:839//			// Remain at type AST until we have read whole option string840//			// Like identifier, negative end: stop on first non-letter char841//			if (nextChar >= 'A') && (nextChar <= 'Z') {842//				token.WriteRune(nextChar)843//				source.WriteString(nextCharText)844//				continue MAIN_LOOP845//			}846//847//			// Must be first char of next token848//			l.iter.Unread(nextChar)849//850//			// String must match a value optionStrings851//			tokenStr := token.String()852//			for i, optionStr := range optionStrings {853//				if tokenStr == optionStr {854//					result = Token{855//						typ:      LexType(int(OptionAST) + i),856//						token:    token.String(),857//						source:   source.String(),858//						line:     line,859//						position: position,860//					}861//					break MAIN_LOOP862//				}863//			}864//865//			panic(ErrInvalidOption)866//		}867//	}868//869//	return result...

report.go

Source:report.go

...33		85, 86, 182, 183, 184, // film and television34	}35)36// Service is appeal service .37type Service struct {38	arcDao    *arcdao.Dao39	reportDao *reportdao.Dao40	elcDao    *elcdao.Dao41	// elec42	allowTypeIds map[int16]struct{}43}44// New init appeal service .45func New(c *conf.Config) (s *Service) {46	s = &Service{47		reportDao: reportdao.New(c),48		arcDao:    arcdao.New(c),49		elcDao:    elcdao.New(c),50	}51	s.allowTypeIds = map[int16]struct{}{}...

examine_value_and_type.go

Source:examine_value_and_type.go

...6func main() {7	// ç®ååçç±»å8	var b = true // å¸å°ç±»å9	val := reflect.ValueOf(b)10	typ := reflect.TypeOf(b)11	fmt.Println(typ.Name(), val.Bool()) // bool true12	var i = 23 // æ´å13	val = reflect.ValueOf(i)14	typ = reflect.TypeOf(i)15	fmt.Println(typ.Name(), val.Int()) // int 2316	var f = 3.14 // æµ®ç¹å17	val = reflect.ValueOf(f)18	typ = reflect.TypeOf(f)19	fmt.Println(typ.Name(), val.Float()) // float64 3.1420	var s = "hello, reflection" // åç¬¦ä¸²21	val = reflect.ValueOf(s)22	typ = reflect.TypeOf(s)23	fmt.Println(typ.Name(), val.String()) //string hello, reflection24	var fn = func(a, b int) int { // å½æ°(ä¸çå¬æ°)25		return a + b26	}27	val = reflect.ValueOf(fn)28	typ = reflect.TypeOf(fn)29	fmt.Println(typ.Kind(), typ.String()) // func func(int, int) int30	// åçå¤åç±»å31	var sl = []int{5, 6} // åç32	val = reflect.ValueOf(sl)33	typ = reflect.TypeOf(sl)34	fmt.Printf("[%d %d]\n", val.Index(0).Int(),35		val.Index(1).Int()) // [5, 6]36	fmt.Println(typ.Kind(), typ.String()) // slice []int37	var arr = [3]int{5, 6} // æ°ç»38	val = reflect.ValueOf(arr)39	typ = reflect.TypeOf(arr)40	fmt.Printf("[%d %d %d]\n", val.Index(0).Int(),41		val.Index(1).Int(), val.Index(2).Int()) // [5 6 0]42	fmt.Println(typ.Kind(), typ.String()) // array [3]int43	var m = map[string]int{ // map44		"tony": 1,45		"jim":  2,46		"john": 3,47	}48	val = reflect.ValueOf(m)49	typ = reflect.TypeOf(m)50	iter := val.MapRange()51	fmt.Printf("{")52	for iter.Next() {53		k := iter.Key()54		v := iter.Value()55		fmt.Printf("%s:%d,", k.String(), v.Int())56	}57	fmt.Printf("}\n")                     // {tony:1,jim:2,john:3,}58	fmt.Println(typ.Kind(), typ.String()) // map map[string]int59	type Person struct {60		Name string61		Age  int62	}63	var p = Person{"tony", 23} // ç»æä½64	val = reflect.ValueOf(p)65	typ = reflect.TypeOf(p)66	fmt.Printf("{%s, %d}\n", val.Field(0).String(),67		val.Field(1).Int()) // {"tony", 23}68	fmt.Println(typ.Kind(), typ.Name(), typ.String()) // struct Person main.Person69	var ch = make(chan int, 1) // channel70	val = reflect.ValueOf(ch)71	typ = reflect.TypeOf(ch)72	ch <- 1773	v, ok := val.TryRecv()74	if ok {75		fmt.Println(v.Int()) // 1776	}77	fmt.Println(typ.Kind(), typ.String()) // chan chan int78	// å¶ä»èªå®ä¹ç±»å79	type MyInt int80	var mi MyInt = 1981	val = reflect.ValueOf(mi)82	typ = reflect.TypeOf(mi)83	fmt.Println(typ.Name(), typ.Kind(), typ.String(), val.Int()) // MyInt int main.MyInt 1984}...

typ

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(x)4}5import "fmt"6func main() {7    fmt.Println(x)8}9import "fmt"10func main() {11    fmt.Println(x)12}13func (x typ) String() string {14}15import "fmt"16func main() {17    fmt.Println(x)18}19func (x typ) String() string {20}21import "fmt"22func main() {23    fmt.Println(x)24}25func (x typ) String() string {26}27func (x typ) String() string {28}29import "fmt"30func main() {31    fmt.Println(x)32}33func (x typ) String() string {34}35func (x typ) String() string {36}37func (x typ) String() string {38}39import "fmt"40func main() {41    fmt.Println(x)42}43func (x typ) String() string {44}45func (x typ) String() string {46}47func (x typ) String() string {48}49func (x typ) String() string {50}51import "fmt"52func main() {53    fmt.Println(x)54}55func (x typ) String() string {

typ

Using AI Code Generation

1import (2type main struct {3}4func (m main) typMethod() string {5}6func main() {7	m := main{"main class"}8	fmt.Println(m.typMethod())9}

typ

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(a.i)4    a.f()5}6import "fmt"7func main() {8    fmt.Println(a.i)9    a.f()10}11import "fmt"12func main() {13    fmt.Println(a.i)14    a.f()15}16import "fmt"17func main() {18    fmt.Println(a.i)19    a.f()20}21import "fmt"22func main() {23    fmt.Println(a.i)24    a.f()25}26import "fmt"27func main() {28    fmt.Println(a.i)29    a.f()30}31import "fmt"32func main() {33    fmt.Println(a.i)34    a.f()35}36import "fmt"37func main() {38    fmt.Println(a.i)39    a.f()40}41import "fmt"42func main() {43    fmt.Println(a.i)44    a.f()45}46import "fmt"47func main() {48    fmt.Println(a.i)49    a.f()50}

typ

Using AI Code Generation

1import "fmt"2type test struct {3}4func (t test) typ() {5    fmt.Println("typ called")6}7func main() {8    t := test{1, 2}9    t.typ()10}11import "fmt"12type test struct {13}14func (t test) typ() {15    fmt.Println("typ called")16}17func main() {18    t := test{1, 2}19    t.typ()20}21import "fmt"22type test struct {23}24func (t test) typ() {25    fmt.Println("typ called")26}27func main() {28    t := test{1, 2}29    t.typ()30}31import "fmt"32type test struct {33}34func (t test) typ() {35    fmt.Println("typ called")36}37func main() {38    t := test{1, 2}39    t.typ()40}41import "fmt"42type test struct {43}44func (t test) typ() {45    fmt.Println("typ called")46}47func main() {48    t := test{1, 2}49    t.typ()50}51import "fmt"52type test struct {53}54func (t test) typ() {55    fmt.Println("typ called")56}57func main() {58    t := test{1, 2}59    t.typ()60}61import "fmt"62type test struct {63}64func (t test) typ() {65    fmt.Println("typ called")66}67func main() {68    t := test{1, 2}69    t.typ()70}

typ

Using AI Code Generation

1import (2func main() {3    fmt.Println(x)4    x.f()5}6import (7func main() {8    fmt.Println(x)9    x.f()10}11import (12func main() {13    fmt.Println(x)14    x.f()15}16import (17func main() {18    fmt.Println(x)19    x.f()20}21import (22func main() {23    fmt.Println(x)24    x.f()25}26import (27func main() {28    fmt.Println(x)29    x.f()30}31import (32func main() {33    fmt.Println(x)34    x.f()35}36import (37func main() {38    fmt.Println(x)39    x.f()40}41import (42func main() {

typ

Using AI Code Generation

1func main() {2    obj.typ()3}4type main struct{}5func (main) typ() {6    println("typ")7}8func main() {9    obj.typ()10}11type main struct{}12func (main) typ() {13    println("typ")14}15func main() {16    obj.typ()17}18type main struct{}19func (main) typ() {20    println("typ")21}22func main() {23    obj.typ()24}25type main struct{}26func (main) typ() {27    println("typ")28}29func main() {30    obj.typ()31}32type main struct{}33func (main) typ() {34    println("typ")35}36func main() {37    obj.typ()38}39type main struct{}40func (main) typ() {41    println("typ")42}43func main() {44    obj.typ()45}46type main struct{}47func (main) typ() {48    println("typ")49}50func main() {51    obj.typ()52}53type main struct{}54func (main) typ() {

typ

Using AI Code Generation

1import "fmt"2func main(){3	var a=typ{1,2}4	a.add()5	fmt.Println(a)6}7import "fmt"8func main(){9	var a=typ{1,2}10	a.add()11	fmt.Println(a)12}13import "fmt"14func main(){15	var a=typ{1,2}16	a.add()17	fmt.Println(a)18}19import "fmt"20func main(){21	var a=typ{1,2}22	a.add()23	fmt.Println(a)24}25import "fmt"26func main(){27	var a=typ{1,2}28	a.add()29	fmt.Println(a)30}31import "fmt"32func main(){33	var a=typ{1,2}34	a.add()35	fmt.Println(a)36}37import "fmt"38func main(){39	var a=typ{1,2}40	a.add()41	fmt.Println(a)42}43import "fmt"44func main(){45	var a=typ{1,2}46	a.add()47	fmt.Println(a)48}49import "fmt"50func main(){51	var a=typ{1,2}52	a.add()53	fmt.Println(a)54}55import "fmt"56func main(){57	var a=typ{1,2}58	a.add()59	fmt.Println(a)60}61import "fmt"62func main(){63	var a=typ{1,2}64	a.add()65	fmt.Println(a)66}67import "fmt"68func main(){

typ

Using AI Code Generation

1import "fmt"2func main() {3	fmt.Scan(&a)4	fmt.Println(a)5}6import "fmt"7type typ struct {8}9func (t typ) display() {10	fmt.Println(t.s)11}12func main() {13	t := typ{s: "Hello World"}14	t.display()15}16import "fmt"17type typ struct {18}19func (t typ) display() {20	fmt.Println(t.s)21}22func main() {23	t := typ{s: "Hello World"}24	t.display()25}26import "fmt"27type typ struct {28}29func (t typ) display() {30	fmt.Println(t.s)31}32func main() {33	t := typ{s: "Hello World"}34	t.display()35}36import "fmt"37type typ struct {38}39func (t typ) display() {40	fmt.Println(t.s)41}42func main() {43	t := typ{s: "Hello World"}44	t.display()45}46import "fmt"47type typ struct {48}49func (t typ) display() {50	fmt.Println(t.s)51}52func main() {53	t := typ{s: "Hello World"}54	t.display()55}56import "fmt"57type typ struct {58}59func (t typ) display() {60	fmt.Println(t.s)61}62func main() {63	t := typ{s: "Hello World"}64	t.display()65}66import "fmt"67type typ struct {68}69func (t typ) display() {70	fmt.Println(t.s)71}72func main() {73	t := typ{s: "Hello World"}74	t.display()75}76import "fmt"77type typ struct {78}79func (t typ) display() {80	fmt.Println(t.s)81}82func main() {83	t := typ{s: "Hello World"}84	t.display()85}86import "fmt"87type typ struct {88}89func (t typ) display()

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.