How to use typ method of main Package

Best Syzkaller code snippet using main.typ

old_lexer.go

Source:old_lexer.go Github

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...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...

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report.go

Source:report.go Github

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...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{}{}...

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examine_value_and_type.go

Source:examine_value_and_type.go Github

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...6func main() {7 // 简单原生类型8 var b = true // 布尔类型9 val := reflect.ValueOf(b)10 typ := reflect.TypeOf(b)11 fmt.Println(typ.Name(), val.Bool()) // bool true12 var i = 23 // 整型13 val = reflect.ValueOf(i)14 typ = reflect.TypeOf(i)15 fmt.Println(typ.Name(), val.Int()) // int 2316 var f = 3.14 // 浮点型17 val = reflect.ValueOf(f)18 typ = reflect.TypeOf(f)19 fmt.Println(typ.Name(), val.Float()) // float64 3.1420 var s = "hello, reflection" // 字符串21 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 { // 函数(一等公民)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 // 原生复合类型31 var sl = []int{5, 6} // 切片32 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} // 数组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} // 结构体64 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 // 其他自定义类型79 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}...

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typ

Using AI Code Generation

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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 {

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typ

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

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typ

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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}

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typ

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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}

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typ

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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() {

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typ

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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() {

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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(){

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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()

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