How to use tokenizeBytes method of gop Package

Best Got code snippet using gop.tokenizeBytes

token.go

Source:token.go Github

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...157 case reflect.Interface:158 ts = append(ts, tokenize(sn, p, v.Elem())...)159 case reflect.Slice, reflect.Array:160 if data, ok := v.Interface().([]byte); ok {161 ts = append(ts, tokenizeBytes(data)...)162 if len(data) > 1 {163 ts = append(ts, &Token{Len, fmt.Sprintf("/* len=%d */", len(data))})164 }165 break166 } else {167 ts = append(ts, &Token{TypeName, v.Type().String()})168 }169 if v.Kind() == reflect.Slice {170 ts = append(ts, &Token{Len, fmt.Sprintf("/* len=%d cap=%d */", v.Len(), v.Cap())})171 }172 ts = append(ts, &Token{SliceOpen, "{"})173 for i := 0; i < v.Len(); i++ {174 p := append(p, i)175 el := v.Index(i)176 ts = append(ts, &Token{SliceItem, ""})177 ts = append(ts, tokenize(sn, p, el)...)178 ts = append(ts, &Token{Comma, ","})179 }180 ts = append(ts, &Token{SliceClose, "}"})181 case reflect.Map:182 ts = append(ts, &Token{TypeName, v.Type().String()})183 keys := v.MapKeys()184 sort.Slice(keys, func(i, j int) bool {185 return Compare(keys[i], keys[j]) < 0186 })187 if len(keys) > 1 {188 ts = append(ts, &Token{Len, fmt.Sprintf("/* len=%d */", len(keys))})189 }190 ts = append(ts, &Token{MapOpen, "{"})191 for _, k := range keys {192 p := append(p, k)193 ts = append(ts, &Token{MapKey, ""})194 ts = append(ts, tokenize(sn, p, k)...)195 ts = append(ts, &Token{Colon, ":"})196 ts = append(ts, tokenize(sn, p, v.MapIndex(k))...)197 ts = append(ts, &Token{Comma, ","})198 }199 ts = append(ts, &Token{MapClose, "}"})200 case reflect.Struct:201 t := v.Type()202 ts = append(ts, &Token{TypeName, t.String()})203 if v.NumField() > 1 {204 ts = append(ts, &Token{Len, fmt.Sprintf("/* len=%d */", v.NumField())})205 }206 ts = append(ts, &Token{StructOpen, "{"})207 for i := 0; i < v.NumField(); i++ {208 name := t.Field(i).Name209 ts = append(ts, &Token{StructKey, ""})210 ts = append(ts, &Token{StructField, name})211 f := v.Field(i)212 if !f.CanInterface() {213 f = GetPrivateField(v, i)214 }215 ts = append(ts, &Token{Colon, ":"})216 ts = append(ts, tokenize(sn, append(p, name), f)...)217 ts = append(ts, &Token{Comma, ","})218 }219 ts = append(ts, &Token{StructClose, "}"})220 case reflect.Bool:221 t.Type = Bool222 if v.Bool() {223 t.Literal = "true"224 } else {225 t.Literal = "false"226 }227 ts = append(ts, t)228 case reflect.Int:229 t.Type = Number230 t.Literal = strconv.FormatInt(v.Int(), 10)231 ts = append(ts, t)232 case reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64,233 reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64,234 reflect.Float32, reflect.Float64,235 reflect.Uintptr:236 ts = append(ts, &Token{TypeName, v.Type().Name()})237 ts = append(ts, &Token{ParenOpen, "("})238 t.Type = Number239 t.Literal = fmt.Sprintf("%v", v.Interface())240 ts = append(ts, t)241 ts = append(ts, &Token{ParenClose, ")"})242 case reflect.Complex64:243 ts = append(ts, &Token{TypeName, v.Type().Name()})244 ts = append(ts, &Token{ParenOpen, "("})245 t.Type = Number246 t.Literal = fmt.Sprintf("%v", v.Interface())247 t.Literal = t.Literal[1 : len(t.Literal)-1]248 ts = append(ts, t)249 ts = append(ts, &Token{ParenClose, ")"})250 case reflect.Complex128:251 t.Type = Number252 t.Literal = fmt.Sprintf("%v", v.Interface())253 t.Literal = t.Literal[1 : len(t.Literal)-1]254 ts = append(ts, t)255 case reflect.String:256 t.Type = String257 t.Literal = fmt.Sprintf("%#v", v.Interface())258 ts = append(ts, t)259 if regNewline.MatchString(v.Interface().(string)) {260 ts = append(ts, &Token{Len, fmt.Sprintf("/* len=%d */", v.Len())})261 }262 case reflect.Chan:263 t.Type = Chan264 if v.Cap() == 0 {265 t.Literal = fmt.Sprintf("make(chan %s)", v.Type().Elem().Name())266 } else {267 t.Literal = fmt.Sprintf("make(chan %s, %d)", v.Type().Elem().Name(), v.Cap())268 }269 ts = append(ts, t)270 case reflect.Func:271 t.Type = Func272 t.Literal = fmt.Sprintf("(%s)(nil)", v.Type().String())273 ts = append(ts, t)274 case reflect.Ptr:275 ts = append(ts, tokenizePtr(sn, p, v)...)276 case reflect.UnsafePointer:277 t.Type = UnsafePointer278 t.Literal = fmt.Sprintf("unsafe.Pointer(uintptr(%v))", v.Interface())279 ts = append(ts, t)280 }281 return ts282}283func tokenizeRune(t *Token, r rune) *Token {284 t.Type = Rune285 t.Literal = fmt.Sprintf("'%s'", string(r))286 return t287}288func tokenizeByte(t *Token, b byte) *Token {289 t.Type = Byte290 if unicode.IsGraphic(rune(b)) {291 t.Literal = fmt.Sprintf("byte('%s')", string(b))292 } else {293 t.Literal = fmt.Sprintf("byte(0x%x)", b)294 }295 return t296}297func tokenizeTime(t time.Time) []*Token {298 ts := []*Token{}299 ts = append(ts, &Token{TypeName, "Time"})300 ts = append(ts, &Token{ParenOpen, "("})301 ts = append(ts, &Token{String, `"` + t.Format(time.RFC3339Nano) + `"`})302 ts = append(ts, &Token{ParenClose, ")"})303 return ts304}305func tokenizeDuration(d time.Duration) []*Token {306 ts := []*Token{}307 ts = append(ts, &Token{TypeName, "Time.Duration"})308 ts = append(ts, &Token{ParenOpen, "("})309 ts = append(ts, &Token{String, `"` + d.String() + `"`})310 ts = append(ts, &Token{ParenClose, ")"})311 return ts312}313func tokenizeBytes(data []byte) []*Token {314 ts := []*Token{}315 if utf8.Valid(data) {316 ts = append(ts, &Token{TypeName, "[]byte"})317 ts = append(ts, &Token{ParenOpen, "("})318 ts = append(ts, &Token{String, fmt.Sprintf("%#v", string(data))})319 ts = append(ts, &Token{ParenClose, ")"})320 return ts321 }322 ts = append(ts, &Token{ParenOpen, "Base64("})323 ts = append(ts, &Token{String, fmt.Sprintf("%#v", base64.StdEncoding.EncodeToString(data))})324 ts = append(ts, &Token{ParenClose, ")"})325 return ts326}327func tokenizePtr(sn seen, p path, v reflect.Value) []*Token {...

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tokenizeBytes

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1import (2func main() {3 vm := otto.New()4 vm.Set("myfunc", func(call otto.FunctionCall) otto.Value {5 fmt.Println("myfunc called")6 return otto.UndefinedValue()7 })8}9import (10func main() {11 vm := otto.New()12 vm.Set("myfunc", func(call otto.FunctionCall) otto.Value {13 fmt.Println("myfunc called")14 return otto.UndefinedValue()15 })16}17import (18func main() {19 vm := otto.New()20 vm.Set("myfunc", func(call otto.FunctionCall) otto.Value {21 fmt.Println("myfunc called")22 return otto.UndefinedValue()23 })24}25import (26func main() {27 vm := otto.New()28 vm.Set("myfunc", func(call otto.FunctionCall) otto.Value {29 fmt.Println("myfunc called")30 return otto.UndefinedValue()31 })32}33import (34func main() {35 vm := otto.New()36 vm.Set("myfunc", func(call otto.FunctionCall) otto.Value {37 fmt.Println("myfunc called")38 return otto.UndefinedValue()39 })

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tokenizeBytes

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1import (2func main() {3 g := gop.New()4 tokens := g.TokenizeBytes([]byte("This is a test."))5 fmt.Println(tokens)6}7import (8func main() {9 g := gop.New()10 tokens := g.Tokenize("This is a test.")11 fmt.Println(tokens)12}13import (14func main() {15 g := gop.New()16 tokens := g.Tokenize("This is a test.")17 fmt.Println(tokens)18}19import (20func main() {21 g := gop.New()22 tokens := g.Tokenize("This is a test.")23 fmt.Println(tokens)24}25import (26func main() {27 g := gop.New()28 tokens := g.Tokenize("This is a test.")29 fmt.Println(tokens)30}31import (32func main() {33 g := gop.New()34 tokens := g.Tokenize("This is a test.")35 fmt.Println(tokens)36}37import (38func main() {

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tokenizeBytes

Using AI Code Generation

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1import (2func main() {3 tokens := tokenize.TokenizeBytes([]byte("The quick brown fox jumped over the lazy dog."))4 for _, tok := range tokens {5 fmt.Println(tok)6 }7}

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tokenizeBytes

Using AI Code Generation

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1import (2func main() {3 g := gop.New()4 b := []byte("This is a test")5 g.TokenizeBytes(b)6 fmt.Println(g.GetTokens())7}8import (9func main() {10 g := gop.New()11 g.TokenizeString(s)12 fmt.Println(g.GetTokens())13}14import (15func main() {16 g := gop.New()17 g.TokenizeFile("sample.txt")18 fmt.Println(g.GetTokens())19}20import (21func main() {22 g := gop.New()23 g.TokenizeFile("sample.txt")24 fmt.Println(g.GetTokens())25}26import (27func main() {28 g := gop.New()29 g.TokenizeFile("sample.txt")30 fmt.Println(g.GetTokens())31}32import (

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tokenizeBytes

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1import (2func main() {3 gop := NewGop()4 gop.Add("abc", "def", "ghi")5 gop.Add("abc", "def", "jkl")6 gop.Add("abc", "def", "mno")7 gop.Add("abc", "def", "pqr")8 gop.Add("abc", "stu", "vwx")9 gop.Add("abc", "stu", "y")10 gop.Add("abc", "stu", "z")11 gop.Add("abc", "stu", "a")12 gop.Add("abc", "stu", "b")13 gop.Add("abc", "stu", "c")14 gop.Add("abc", "stu", "d")15 gop.Add("abc", "stu", "e")16 gop.Add("abc", "stu", "f")17 gop.Add("abc", "stu", "g")18 gop.Add("abc", "stu", "h")19 gop.Add("abc", "stu", "i")20 gop.Add("abc", "stu", "j")21 gop.Add("abc", "stu", "k")22 gop.Add("abc", "stu", "l")23 gop.Add("abc", "stu", "m")24 gop.Add("abc", "stu", "n")25 gop.Add("abc", "stu", "o")26 gop.Add("abc", "stu", "p")27 gop.Add("abc", "stu", "q")28 gop.Add("abc", "stu", "r")29 gop.Add("abc", "stu", "s")30 gop.Add("abc", "stu", "t")31 gop.Add("abc", "stu", "u")32 gop.Add("abc", "stu", "v")33 gop.Add("abc", "stu", "w")34 gop.Add("abc", "stu", "x")35 gop.Add("abc", "stu", "y")36 gop.Add("abc", "stu", "z")37 gop.Add("abc", "stu", "a")38 gop.Add("abc", "stu", "b")

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tokenizeBytes

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1import (2func main() {3 file, err := os.Open("input.txt")4 if err != nil {5 panic(err)6 }7 defer file.Close()8 scanner := bufio.NewScanner(file)9 for scanner.Scan() {10 line := scanner.Text()11 tokens := gop.TokenizeBytes([]byte(line))12 json, err := json.Marshal(tokens)13 if err != nil {14 panic(err)15 }16 fmt.Println(string(json))17 }18}19["int","a","=","10",";"]20["int","b","=","20",";"]21["int","c","=","a","*","b",";"]22["printf","(","%","d","\\n",",","c",")",";"]23["int","a","=","10",";"]24["int","b","=","20",";"]25["int","c","=","a","*","b",";"]26["printf","(","%","d","\\n",",","c",")",";"]27var tokens = JSON.parse('[["int","a","=","10",";"],["int","b","=","20",";"],["int","c","=","a","*","b",";"],["printf","(","%","d","\\n",",","c",")",";"]]');28console.log(tokens);29[ [ 'int', 'a', '=', '10', ';' ],30 [ 'int', 'b', '=', '20', ';' ],

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