How to use formatLenCap method of gop Package

Best Got code snippet using gop.formatLenCap

token.go

Source:token.go Github

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...198 } else {199 ts = append(ts, typeName(v.Type().String()))200 }201 if v.Kind() == reflect.Slice && v.Cap() > 0 {202 ts = append(ts, &Token{Comment, formatLenCap(v.Len(), v.Cap())})203 }204 ts = append(ts, &Token{SliceOpen, "{"})205 for i := 0; i < v.Len(); i++ {206 p := append(p, i)207 el := v.Index(i)208 ts = append(ts, &Token{SliceItem, ""})209 ts = append(ts, tokenize(sn, p, el)...)210 ts = append(ts, &Token{Comma, ","})211 }212 ts = append(ts, &Token{SliceClose, "}"})213 case reflect.Map:214 ts = append(ts, typeName(v.Type().String()))215 keys := v.MapKeys()216 sort.Slice(keys, func(i, j int) bool {217 return compare(keys[i].Interface(), keys[j].Interface()) < 0218 })219 if len(keys) > 1 {220 ts = append(ts, &Token{Comment, formatLenCap(len(keys), -1)})221 }222 ts = append(ts, &Token{MapOpen, "{"})223 for _, k := range keys {224 p := append(p, k.Interface())225 ts = append(ts, &Token{MapKey, ""})226 ts = append(ts, tokenize(sn, p, k)...)227 ts = append(ts, &Token{Colon, ":"})228 ts = append(ts, tokenize(sn, p, v.MapIndex(k))...)229 ts = append(ts, &Token{Comma, ","})230 }231 ts = append(ts, &Token{MapClose, "}"})232 case reflect.Struct:233 t := v.Type()234 ts = append(ts, typeName(t.String()))235 ts = append(ts, &Token{StructOpen, "{"})236 for i := 0; i < v.NumField(); i++ {237 name := t.Field(i).Name238 ts = append(ts, &Token{StructKey, ""})239 ts = append(ts, &Token{StructField, name})240 f := v.Field(i)241 if !f.CanInterface() {242 f = GetPrivateField(v, i)243 }244 ts = append(ts, &Token{Colon, ":"})245 ts = append(ts, tokenize(sn, append(p, name), f)...)246 ts = append(ts, &Token{Comma, ","})247 }248 ts = append(ts, &Token{StructClose, "}"})249 }250 return ts251}252func tokenizeNumber(v reflect.Value) []*Token {253 t := &Token{Nil, ""}254 ts := []*Token{}255 tname := v.Type().String()256 switch v.Kind() {257 case reflect.Int:258 t.Type = Number259 t.Literal = strconv.FormatInt(v.Int(), 10)260 if tname != "int" {261 ts = append(ts, typeName(tname), &Token{ParenOpen, "("}, t, &Token{ParenClose, ")"})262 } else {263 ts = append(ts, t)264 }265 case reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64:266 ts = append(ts, typeName(tname), &Token{ParenOpen, "("})267 t.Type = Number268 t.Literal = strconv.FormatInt(v.Int(), 10)269 ts = append(ts, t, &Token{ParenClose, ")"})270 case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64, reflect.Uintptr:271 ts = append(ts, typeName(tname), &Token{ParenOpen, "("})272 t.Type = Number273 t.Literal = strconv.FormatUint(v.Uint(), 10)274 ts = append(ts, t, &Token{ParenClose, ")"})275 case reflect.Float32:276 ts = append(ts, typeName(tname), &Token{ParenOpen, "("})277 t.Type = Number278 t.Literal = strconv.FormatFloat(v.Float(), 'f', -1, 32)279 ts = append(ts, t, &Token{ParenClose, ")"})280 case reflect.Float64:281 t.Type = Number282 t.Literal = strconv.FormatFloat(v.Float(), 'f', -1, 64)283 if !strings.Contains(t.Literal, ".") {284 t.Literal += ".0"285 }286 if tname != "float64" {287 ts = append(ts, typeName(tname), &Token{ParenOpen, "("}, t, &Token{ParenClose, ")"})288 } else {289 ts = append(ts, t)290 }291 case reflect.Complex64:292 ts = append(ts, typeName(tname), &Token{ParenOpen, "("})293 t.Type = Number294 t.Literal = strconv.FormatComplex(v.Complex(), 'f', -1, 64)295 t.Literal = t.Literal[1 : len(t.Literal)-1]296 ts = append(ts, t, &Token{ParenClose, ")"})297 case reflect.Complex128:298 t.Type = Number299 t.Literal = strconv.FormatComplex(v.Complex(), 'f', -1, 128)300 t.Literal = t.Literal[1 : len(t.Literal)-1]301 if tname != "complex128" {302 ts = append(ts, typeName(tname), &Token{ParenOpen, "("}, t, &Token{ParenClose, ")"})303 } else {304 ts = append(ts, t)305 }306 }307 return ts308}309func tokenizeByte(t *Token, b byte) []*Token {310 ts := []*Token{typeName("byte"), {ParenOpen, "("}}311 r := rune(b)312 if unicode.IsGraphic(r) {313 ts = append(ts, &Token{Byte, strconv.QuoteRune(r)})314 } else {315 ts = append(ts, &Token{Byte, "0x" + strconv.FormatUint(uint64(b), 16)})316 }317 return append(ts, &Token{ParenClose, ")"})318}319func tokenizeTime(t time.Time) []*Token {320 ext := GetPrivateFieldByName(reflect.ValueOf(t), "ext").Int()321 ts := []*Token{{Func, SymbolTime}, {ParenOpen, "("}}322 ts = append(ts, &Token{String, t.Format(time.RFC3339Nano)})323 ts = append(ts, &Token{InlineComma, ","}, &Token{Number, strconv.FormatInt(ext, 10)}, &Token{ParenClose, ")"})324 return ts325}326func tokenizeDuration(d time.Duration) []*Token {327 ts := []*Token{}328 ts = append(ts, typeName(SymbolDuration), &Token{ParenOpen, "("})329 ts = append(ts, &Token{String, d.String()})330 ts = append(ts, &Token{ParenClose, ")"})331 return ts332}333func tokenizeString(v reflect.Value) []*Token {334 s := v.String()335 ts := []*Token{{String, s}}336 if v.Len() >= LongStringLen {337 ts = append(ts, &Token{Comment, formatLenCap(len(s), -1)})338 }339 return ts340}341func tokenizeBytes(data []byte) []*Token {342 ts := []*Token{}343 if utf8.Valid(data) {344 s := string(data)345 ts = append(ts, typeName("[]byte"), &Token{ParenOpen, "("})346 ts = append(ts, &Token{String, s})347 ts = append(ts, &Token{ParenClose, ")"})348 } else {349 ts = append(ts, &Token{Func, SymbolBase64}, &Token{ParenOpen, "("})350 ts = append(ts, &Token{String, base64.StdEncoding.EncodeToString(data)})351 ts = append(ts, &Token{ParenClose, ")"})352 }353 if len(data) >= LongBytesLen {354 ts = append(ts, &Token{Comment, formatLenCap(len(data), -1)})355 }356 return ts357}358func tokenizePtr(sn seen, p path, v reflect.Value) []*Token {359 ts := []*Token{}360 if v.Elem().Kind() == reflect.Invalid {361 ts = append(ts,362 &Token{ParenOpen, "("}, typeName(v.Type().String()), &Token{ParenClose, ")"},363 &Token{ParenOpen, "("}, &Token{Nil, "nil"}, &Token{ParenClose, ")"})364 return ts365 }366 fn := false367 switch v.Elem().Kind() {368 case reflect.Struct, reflect.Map, reflect.Slice, reflect.Array:...

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utils.go

Source:utils.go Github

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...36}37func wrapComment(s string) string {38 return "/* " + s + " */"39}40func formatLenCap(l, c int) string {41 if c >= 0 {42 return fmt.Sprintf("/* len=%d cap=%d */", l, c)43 }44 return fmt.Sprintf("/* len=%d */", l)45}...

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formatLenCap

Using AI Code Generation

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1import "fmt"2func main() {3 slice := []int{10, 20, 30, 40, 50}4 fmt.Printf("slice = %v5 fmt.Printf("len(slice) = %d cap(slice) = %d6", len(slice), cap(slice))7 fmt.Printf("slice = %v8 fmt.Printf("len(slice) = %d cap(slice) = %d9", len(slice), cap(slice))10 fmt.Printf("slice = %v11 fmt.Printf("len(slice) = %d cap(slice) = %d12", len(slice), cap(slice))13 fmt.Printf("slice = %v14 fmt.Printf("len(slice) = %d cap(slice) = %d15", len(slice), cap(slice))16}17len(slice) = 5 cap(slice) = 518len(slice) = 0 cap(slice) = 519len(slice) = 4 cap(slice) = 520len(slice) = 2 cap(slice) = 3

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formatLenCap

Using AI Code Generation

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1import "fmt"2func main() {3 gop = append(gop, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)4 fmt.Println("Length is", gop.formatLenCap())5}6func (gop gop) formatLenCap() string {7 return fmt.Sprintf("%d %d", len(gop), cap(gop))8}9import "fmt"10func main() {11 gop = append(gop, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10)12 fmt.Println("Length is", gop.formatLenCap())13}14func (gop gop) formatLenCap() string {15 return fmt.Sprintf("%d %d", len(gop), cap(gop))16}17./3.go:6:5: gop.formatLenCap undefined (type gop has no field or method formatLenCap)18type Vertex struct {19}20func (v Vertex) Abs() float64 {21 return math.Sqrt(v.X*v.X + v.Y*v.Y)22}

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formatLenCap

Using AI Code Generation

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1import (2func main() {3 g := gop.Gop{1, 2, 3, 4, 5}4 fmt.Println(g.FormatLenCap())5}6You can also pass the gop variable to the fmt.Println() function as follows:7fmt.Println(g)8{1 2 3 4 5}9Go: How to Use the String() Method10Go: How to Use the Errorf() Method11Go: How to Use the Fatalf() Method12Go: How to Use the Panic() Method13Go: How to Use the Panicf() Method14Go: How to Use the Panicln() Method15Go: How to Use the Printf() Method16Go: How to Use the Println() Method17Go: How to Use the Sprintf() Method18Go: How to Use the Sprintln() Method19Go: How to Use the Error() Method20Go: How to Use the Errorf() Method21Go: How to Use the Fatalf() Method22Go: How to Use the Panic() Method23Go: How to Use the Panicf() Method24Go: How to Use the Panicln() Method25Go: How to Use the Printf() Method26Go: How to Use the Println() Method27Go: How to Use the Sprintf() Method28Go: How to Use the Sprintln() Method29Go: How to Use the Error() Method30Go: How to Use the Errorf() Method31Go: How to Use the Fatalf() Method32Go: How to Use the Panic() Method33Go: How to Use the Panicf() Method34Go: How to Use the Panicln() Method35Go: How to Use the Printf() Method36Go: How to Use the Println() Method

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formatLenCap

Using AI Code Generation

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1import (2func main() {3 g = gop{1, 2, 3}4 fmt.Println(g.formatLenCap())5}6import (7func main() {8 g = gop{1, 2, 3}9 fmt.Println(g.formatLenCap())10}11import (12func main() {13 g = gop{1, 2, 3}14 fmt.Println(g.formatLenCap())15}16import (17func main() {18 g = gop{1, 2, 3}19 fmt.Println(g.formatLenCap())20}21import (22func main() {23 g = gop{1, 2, 3}24 fmt.Println(g.formatLenCap())25}26import (27func main() {28 g = gop{1, 2, 3}29 fmt.Println(g.formatLenCap())30}31import (32func main() {33 g = gop{1, 2, 3}34 fmt.Println(g.formatLenCap())35}36import (37func main() {38 g = gop{1, 2, 3}39 fmt.Println(g.formatLenCap())40}41import (42func main() {43 g = gop{1,

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formatLenCap

Using AI Code Generation

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1import (2func main() {3 r := strings.NewReader("some io.Reader stream to be read")4 p := Newgop(r)5 fmt.Println(p.String())6 fmt.Println(p.formatLenCap(25))7}

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formatLenCap

Using AI Code Generation

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1import (2func main() {3 var gop = gop{}4 gop.formatLenCap()5}6import (7type gop struct {8}9func (gop) formatLenCap() {10 var x = []int{10, 20, 30, 40, 50}11 fmt.Printf("x : %v12 fmt.Printf("len(x) : %v13", len(x))14 fmt.Printf("cap(x) : %v15", cap(x))16}17len(x) : 518cap(x) : 5

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formatLenCap

Using AI Code Generation

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1import (2func main() {3 gop := gop.New("gop")4 fmt.Println(gop.FormatLenCap())5}6import (7func main() {8 gop := gop.New("gop")9 fmt.Println(gop.FormatLenCap())10 gop = gop.Append("gop")11 fmt.Println(gop.FormatLenCap())12}13import (14func main() {15 gop := gop.New("gop")16 fmt.Println(gop.FormatLenCap())17 gop = gop.Append("gop")18 fmt.Println(gop.FormatLenCap())19 gop = gop.Append("gop")20 fmt.Println(gop.FormatLenCap())21}22import (23func main() {24 gop := gop.New("gop")25 fmt.Println(gop.FormatLenCap())26 gop = gop.Append("gop")27 fmt.Println(gop.FormatLenCap())28 gop = gop.Append("gop")29 fmt.Println(gop.FormatLenCap())30 gop = gop.Append("gop")31 fmt.Println(gop.FormatLenCap())32}

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