How to use circular method of gop Package
Best Got code snippet using gop.circular
token.go
Source:token.go 
...120 }121 return strings.Join(out, ", ")122}123type seen map[uintptr]path124func (sn seen) circular(p path, v reflect.Value) *Token {125 switch v.Kind() {126 case reflect.Ptr, reflect.Map, reflect.Slice:127 ptr := v.Pointer()128 if p, has := sn[ptr]; has {129 return &Token{130 PointerCircular,131 fmt.Sprintf("gop.Circular(%s).(%s)", p.String(), v.Type().String()),132 }133 }134 sn[ptr] = p135 }136 return nil137}138func tokenize(sn seen, p path, v reflect.Value) []*Token {139 ts := []*Token{}140 t := &Token{Nil, ""}141 if v.Kind() == reflect.Invalid {142 t.Literal = "nil"143 return append(ts, t)144 } else if r, ok := v.Interface().(rune); ok && unicode.IsGraphic(r) {145 return append(ts, tokenizeRune(t, r))146 } else if b, ok := v.Interface().(byte); ok {147 return append(ts, tokenizeByte(t, b))148 } else if tt, ok := v.Interface().(time.Time); ok {149 return tokenizeTime(tt)150 } else if d, ok := v.Interface().(time.Duration); ok {151 return tokenizeDuration(d)152 }153 if t := sn.circular(p, v); t != nil {154 return append(ts, t)155 }156 switch v.Kind() {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()})...
format_test.go
Source:format_test.go
1package gop_test2import (3 "bytes"4 "encoding/base64"5 "fmt"6 "io/ioutil"7 "os"8 "os/exec"9 "reflect"10 "testing"11 "text/template"12 "time"13 "unsafe"14 "github.com/ysmood/got"15 "github.com/ysmood/got/lib/diff"16 "github.com/ysmood/got/lib/gop"17)18func TestStyle(t *testing.T) {19 g := got.T(t)20 s := gop.Style{Set: "<s>", Unset: "</s>"}21 g.Eq(gop.S("test", s), "<s>test</s>")22 g.Eq(gop.S("", s), "<s></s>")23 g.Eq(gop.S("", gop.None), "")24}25func TestTokenize(t *testing.T) {26 g := got.T(t)27 ref := "test"28 timeStamp, _ := time.Parse(time.RFC3339Nano, "2021-08-28T08:36:36.807908+08:00")29 fn := func(string) int { return 10 }30 ch1 := make(chan int)31 ch2 := make(chan string, 3)32 ch3 := make(chan struct{})33 v := []interface{}{34 nil,35 []int{},36 []interface{}{true, false, uintptr(0x17), float32(100.121111133)},37 true, 10, int8(2), int32(100),38 float64(100.121111133),39 complex64(1 + 2i), complex128(1 + 2i),40 [3]int{1, 2},41 ch1,42 ch2,43 ch3,44 fn,45 map[interface{}]interface{}{46 `"test"`: 10,47 "a": 1,48 },49 unsafe.Pointer(&ref),50 struct {51 Int int52 str string53 M map[int]int54 }{10, "ok", map[int]int{1: 0x20}},55 []byte("aa\xe2"),56 []byte("bytes\n\tbytes"),57 []byte("long long long long string"),58 byte('a'),59 byte(1),60 '天',61 "long long long long string",62 "\ntest",63 "\t\n`",64 &ref,65 (*struct{ Int int })(nil),66 &struct{ Int int }{},67 &map[int]int{1: 2, 3: 4},68 &[]int{1, 2},69 &[2]int{1, 2},70 &[]byte{1, 2},71 timeStamp,72 time.Hour,73 `{"a": 1}`,74 []byte(`{"a": 1}`),75 }76 check := func(out string, tpl ...string) {77 g.Helper()78 expected := bytes.NewBuffer(nil)79 t := template.New("")80 g.E(t.Parse(g.Read(g.Open(false, tpl...)).String()))81 g.E(t.Execute(expected, map[string]interface{}{82 "ch1": fmt.Sprintf("0x%x", reflect.ValueOf(ch1).Pointer()),83 "ch2": fmt.Sprintf("0x%x", reflect.ValueOf(ch2).Pointer()),84 "ch3": fmt.Sprintf("0x%x", reflect.ValueOf(ch3).Pointer()),85 "fn": fmt.Sprintf("0x%x", reflect.ValueOf(fn).Pointer()),86 "ptr": fmt.Sprintf("%v", &ref),87 }))88 if out != expected.String() {89 g.Fail()90 g.Log(diff.Diff(out, expected.String()))91 }92 }93 out := gop.StripANSI(gop.F(v))94 {95 code := fmt.Sprintf(g.Read(g.Open(false, "fixtures", "compile_check.go.tmpl")).String(), out)96 f := g.Open(true, "tmp", g.RandStr(8), "main.go")97 g.Cleanup(func() { _ = os.Remove(f.Name()) })98 g.Write(code)(f)99 b, err := exec.Command("go", "run", f.Name()).CombinedOutput()100 if err != nil {101 g.Error(string(b))102 }103 }104 check(out, "fixtures", "expected.tmpl")105 out = gop.VisualizeANSI(gop.F(v))106 check(out, "fixtures", "expected_with_color.tmpl")107}108func TestRef(t *testing.T) {109 g := got.T(t)110 a := [2][]int{{1}}111 a[1] = a[0]112 g.Eq(gop.Plain(a), `[2][]int{113 []int/* len=1 cap=1 */{114 1,115 },116 []int/* len=1 cap=1 */{117 1,118 },119}`)120}121type A struct {122 Int int123 B *B124}125type B struct {126 s string127 a *A128}129func TestCircularRef(t *testing.T) {130 g := got.T(t)131 a := A{Int: 10}132 b := B{"test", &a}133 a.B = &b134 g.Eq(gop.StripANSI(gop.F(a)), `gop_test.A{135 Int: 10,136 B: &gop_test.B{137 s: "test",138 a: &gop_test.A{139 Int: 10,140 B: gop.Circular("B").(*gop_test.B),141 },142 },143}`)144}145func TestCircularNilRef(t *testing.T) {146 arr := []A{{}, {}}147 got.T(t).Eq(gop.StripANSI(gop.F(arr)), `[]gop_test.A/* len=2 cap=2 */{148 gop_test.A{149 Int: 0,150 B: (*gop_test.B)(nil),151 },152 gop_test.A{153 Int: 0,154 B: (*gop_test.B)(nil),155 },156}`)157}158func TestCircularMap(t *testing.T) {159 g := got.T(t)160 a := map[int]interface{}{}161 a[0] = a162 ts := gop.Tokenize(a)163 g.Eq(gop.Format(ts, gop.ThemeNone), `map[int]interface {}{164 0: gop.Circular().(map[int]interface {}),165}`)166}167func TestCircularSlice(t *testing.T) {168 g := got.New(t)169 a := [][]interface{}{{nil}, {nil}}170 a[0][0] = a[1]171 a[1][0] = a[0][0]172 ts := gop.Tokenize(a)173 g.Eq(gop.Format(ts, gop.ThemeNone), `[][]interface {}/* len=2 cap=2 */{174 []interface {}/* len=1 cap=1 */{175 []interface {}/* len=1 cap=1 */{176 gop.Circular(0, 0).([]interface {}),177 },178 },179 []interface {}/* len=1 cap=1 */{180 gop.Circular(1).([]interface {}),181 },182}`)183}184func TestPlain(t *testing.T) {185 g := got.T(t)186 g.Eq(gop.Plain(10), "10")187}188func TestP(t *testing.T) {189 gop.Stdout = ioutil.Discard190 _ = gop.P("test")191 gop.Stdout = os.Stdout192}193func TestConvertors(t *testing.T) {194 g := got.T(t)195 g.Nil(gop.Circular(""))196 s := g.RandStr(8)197 g.Eq(gop.Ptr(s).(*string), &s)198 bs := base64.StdEncoding.EncodeToString([]byte(s))199 g.Eq(gop.Base64(bs), []byte(s))200 now := time.Now()201 g.Eq(gop.Time(now.Format(time.RFC3339Nano), 1234), now)202 g.Eq(gop.Duration("10m"), 10*time.Minute)203 g.Eq(gop.JSONStr(nil, "[1, 2]"), "[1, 2]")204 g.Eq(gop.JSONBytes(nil, "[1, 2]"), []byte("[1, 2]"))205}206func TestGetPrivateFieldErr(t *testing.T) {207 g := got.T(t)208 g.Panic(func() {209 gop.GetPrivateField(reflect.ValueOf(1), 0)210 })211 g.Panic(func() {212 gop.GetPrivateFieldByName(reflect.ValueOf(1), "test")213 })214}215func TestTypeName(t *testing.T) {216 g := got.T(t)217 type f float64218 type i int219 type c complex128220 type b byte221 g.Eq(gop.Plain(f(1)), "gop_test.f(1.0)")222 g.Eq(gop.Plain(i(1)), "gop_test.i(1)")223 g.Eq(gop.Plain(c(1)), "gop_test.c(1+0i)")224 g.Eq(gop.Plain(b('a')), "gop_test.b(97)")225}226func TestSliceCapNotEqual(t *testing.T) {227 g := got.T(t)228 x := gop.Plain(make([]int, 3, 10))229 y := gop.Plain(make([]int, 3))230 g.Desc("we should show the diff of cap").Neq(x, y)231}232func TestFixNestedStyle(t *testing.T) {233 g := got.T(t)234 s := gop.S(" 0 "+gop.S(" 1 "+235 gop.S(" 2 "+236 gop.S(" 3 ", gop.Cyan)+237 " 4 ", gop.Blue)+238 " 5 ", gop.Red)+" 6 ", gop.BgRed)239 fmt.Println(gop.VisualizeANSI(s))240 out := gop.VisualizeANSI(gop.FixNestedStyle(s))241 g.Eq(out, `<41> 0 <31> 1 <39><34> 2 <39><36> 3 <39><34> 4 <39><31> 5 <39> 6 <49>`)242 gop.FixNestedStyle("test")243}244func TestStripANSI(t *testing.T) {245 g := got.T(t)246 g.Eq(gop.StripANSI(gop.S("test", gop.Red)), "test")247}248func TestTheme(t *testing.T) {249 g := got.T(t)250 g.Eq(gop.ThemeDefault(gop.Error), []gop.Style{gop.Underline, gop.Red})251}...
convertors.go
Source:convertors.go
1package gop2import (3 "encoding/base64"4 "reflect"5 "time"6)7// SymbolPtr for Ptr8const SymbolPtr = "gop.Ptr"9// Ptr returns a pointer to v10func Ptr(v interface{}) interface{} {11 val := reflect.ValueOf(v)12 ptr := reflect.New(val.Type())13 ptr.Elem().Set(val)14 return ptr.Interface()15}16// SymbolCircular for Circular17const SymbolCircular = "gop.Circular"18// Circular reference of the path from the root19func Circular(path ...interface{}) interface{} {20 return nil21}22// SymbolBase64 for Base6423const SymbolBase64 = "gop.Base64"24// Base64 returns the []byte that s represents25func Base64(s string) []byte {26 b, _ := base64.StdEncoding.DecodeString(s)27 return b28}29// SymbolTime for Time30const SymbolTime = "gop.Time"31// Time from parsing s32func Time(s string, monotonic int) time.Time {33 t, _ := time.Parse(time.RFC3339Nano, s)34 return t35}36// SymbolDuration for Duration37const SymbolDuration = "gop.Duration"38// Duration from parsing s39func Duration(s string) time.Duration {40 d, _ := time.ParseDuration(s)41 return d42}43// SymbolJSONStr for JSONStr44const SymbolJSONStr = "gop.JSONStr"45// JSONStr returns the raw46func JSONStr(v interface{}, raw string) string {47 return raw48}49// SymbolJSONBytes for JSONBytes50const SymbolJSONBytes = "gop.JSONBytes"51// JSONBytes returns the raw as []byte52func JSONBytes(v interface{}, raw string) []byte {53 return []byte(raw)54}...
circular
Using AI Code Generation
1import (2type Circle struct {3}4func circleArea(c *Circle) float64 {5}6func main() {7 c := Circle{0, 0, 5}8 fmt.Println(circleArea(&c))9}10import (11type Circle struct {12}13func (c *Circle) area() float64 {14}15func main() {16 c := Circle{0, 0, 5}17 fmt.Println(c.area())18}19import "fmt"20type Circle struct {21}22func (c Circle) area() float64 {23}24func main() {25 c := Circle{0, 0, 5}26 fmt.Println(c.area())
circular
Using AI Code Generation
1import (2type circle struct {3}4func (c circle) area() float64 {5}6func (c circle) circumference() float64 {7}8func main() {9 c := circle{radius: 5}10 fmt.Println("Area of circle: ", c.area())11 fmt.Println("Circumference of circle: ", c.circumference())12}13import (14type circle struct {15}16func (c *circle) area() float64 {17}18func (c *circle) circumference() float64 {19}20func main() {21 c := circle{radius: 5}22 fmt.Println("Area of circle: ", c.area())23 fmt.Println("Circumference of circle: ", c.circumference())24}25import (26type circle struct {27}28func (c circle) area() float64 {29}30func (c circle) circumference() float64 {31}32func main() {33 c := &circle{radius: 5}34 fmt.Println("Area of circle: ", c.area())35 fmt.Println("Circumference of circle: ", c.circumference())36}
circular
Using AI Code Generation
1import (2type Circle struct {3}4func (c *Circle) area() float64{5}6func main(){7 c:=Circle{x:0,y:0,r:5}8 fmt.Println("area of circle is",c.area())9}10import (11type Circle struct {12}13func (c *Circle) area() float64{14}15func (c *Circle) area1(a,b float64) float64{16}17func main(){18 c:=Circle{x:0,y:0,r:5}19 fmt.Println("area of circle is",c.area())20 fmt.Println("area of circle is",c.area1(5,5))21}22import (23type Circle struct {24}25func (c *Circle) area() float64{26}27func (c *Circle) area1(a,b float64) float64{28}29func main(){30 c:=Circle{x:0,y:0,r:5}31 fmt.Println("area of circle is",c.area())32 fmt.Println("area of circle is",c.area1(5,5))33}
circular
Using AI Code Generation
1import (2func main() {3 fmt.Println("Enter the radius of circle")4 fmt.Scan(&r)5 fmt.Println("Area of circle is", math.Pi*r*r)6}7import (8func main() {9 fmt.Println("Enter the radius of circle")10 fmt.Scan(&r)11 fmt.Println("Area of circle is", math.Pi*r*r)12}13import (14func main() {15 fmt.Println("Enter the radius of circle")16 fmt.Scan(&r)17 fmt.Println("Area of circle is", math.Pi*r*r)18}19import (20func main() {21 fmt.Println("Enter the radius of circle")22 fmt.Scan(&r)23 fmt.Println("Area of circle is", math.Pi*r*r)24}25import (26func main() {27 fmt.Println("Enter the radius of circle")28 fmt.Scan(&r)29 fmt.Println("Area of circle is", math.Pi*r*r)30}31import (32func main() {33 fmt.Println("Enter the radius of circle")34 fmt.Scan(&r)35 fmt.Println("Area of circle is", math.Pi*r*r)36}37import (38func main() {39 fmt.Println("Enter the radius of circle")40 fmt.Scan(&r)41 fmt.Println("Area of circle is", math.Pi*r*r)42}43import (44func main() {45 fmt.Println("Enter the radius
circular
Using AI Code Generation
1import "fmt"2func main() {3 fmt.Println("Enter a number")4 fmt.Scanln(&a)5 fmt.Println("Enter a number")6 fmt.Scanln(&b)7 fmt.Println("Enter a number")8 fmt.Scanln(&c)9 fmt.Println("Enter a number")10 fmt.Scanln(&d)11 fmt.Println("Enter a number")12 fmt.Scanln(&e)13 fmt.Println("Enter a number")14 fmt.Scanln(&f)15 fmt.Println("Enter a number")16 fmt.Scanln(&g)17 fmt.Println("Enter a number")18 fmt.Scanln(&h)19 fmt.Println("Enter a number")20 fmt.Scanln(&i)21 fmt.Println("Enter a number")22 fmt.Scanln(&j)23 fmt.Println("Enter a number")24 fmt.Scanln(&k)25 fmt.Println("Enter a number")26 fmt.Scanln(&l)27 fmt.Println("Enter a number")28 fmt.Scanln(&m)29 fmt.Println("Enter a number")30 fmt.Scanln(&n)31 fmt.Println("Enter a number")32 fmt.Scanln(&o)33 fmt.Println("Enter a number")34 fmt.Scanln(&p)35 fmt.Println("Enter a number")36 fmt.Scanln(&q)37 fmt.Println("Enter a number")38 fmt.Scanln(&r)39 fmt.Println("Enter a number")40 fmt.Scanln(&s)41 fmt.Println("Enter a number")42 fmt.Scanln(&t)43 fmt.Println("Enter a number")44 fmt.Scanln(&u)45 fmt.Println("Enter a number")46 fmt.Scanln(&v)47 fmt.Println("Enter a number")48 fmt.Scanln(&w)49 fmt.Println("Enter a number")50 fmt.Scanln(&x)
circular
Using AI Code Generation
1import (2func main() {3 fmt.Println("Enter the number of rows:")4 fmt.Scan(&a)5 for i := 1; i <= a; i++ {6 for j := 1; j <= i; j++ {7 fmt.Print("*")8 }9 fmt.Println()10 }11}
circular
Using AI Code Generation
1import "fmt"2func main() {3 fmt.Println("Enter the value of a and b")4 fmt.Scan(&a)5 fmt.Scan(&b)6 fmt.Println("Before swapping")7 fmt.Println("Value of a", a)8 fmt.Println("Value of b", b)9 fmt.Println("After swapping")10 fmt.Println("Value of a", a)11 fmt.Println("Value of b", b)12}13import "fmt"14func main() {15 fmt.Println("Enter the value of a and b")16 fmt.Scan(&a)17 fmt.Scan(&b)18 fmt.Println("Before swapping")19 fmt.Println("Value of a", a)20 fmt.Println("Value of b", b)21 fmt.Println("After swapping")22 fmt.Println("Value of a", a)23 fmt.Println("Value of b", b)24}
circular
Using AI Code Generation
1import (2type gop struct {3}4func (g gop) circular() {5 fmt.Println("roll no is", g.rollno)6 fmt.Println("name is", g.name)7}8func main() {9 g := gop{10 }11 g.circular()12}13import (14func main() {15 fmt.Println(i)16}17import (18func main() {19 fmt.Println(i)20 fmt.Println(i)21}22import (23func main() {24 fmt.Println(i)25 fmt.Println(i)26 fmt.Println(i)27}
circular
Using AI Code Generation
1import "fmt"2func main(){3 fmt.Println("enter the radius of the circle")4 fmt.Scan(&a)5 fmt.Println("enter the breadth of the circle")6 fmt.Scan(&b)7 fmt.Println("enter the height of the circle")8 fmt.Scan(&c)9 fmt.Println("area of the circle is",3.14*a*a)10 fmt.Println("perimeter of the circle is",2*3.14*a)11 fmt.Println("volume of the circle is",3.14*a*a*c)12 fmt.Println("surface area of the circle is",2*3.14*a*b)13}14import "fmt"15func main(){16 fmt.Println("enter the radius of the circle")17 fmt.Scan(&a)18 fmt.Println("enter the breadth of the circle")19 fmt.Scan(&b)20 fmt.Println("enter the height of the circle")21 fmt.Scan(&c)22 fmt.Println("area of the circle is",3.14*a*a)23 fmt.Println("perimeter of the circle is",2*3.14*a)24 fmt.Println("volume of the circle is",3.14*a*a*c)25 fmt.Println("surface area of the circle is",2*3.14*a*b)26}27import "fmt"28func main(){29 fmt.Println("enter the radius of the circle")30 fmt.Scan(&a)31 fmt.Println("enter the breadth of the circle")32 fmt.Scan(&b)33 fmt.Println("enter the height of the circle")34 fmt.Scan(&c)35 fmt.Println("area of the circle is",3.14*a*a)36 fmt.Println("perimeter of the circle is",2*3.14*a)37 fmt.Println("volume of the circle is",3.14*a*a*c)38 fmt.Println("surface area of the circle is",2*3.14*a*b)39}40import "fmt"41func main(){42 fmt.Println("enter the radius of the circle
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Most used method in
- GetPrivateField
- GetPrivateFieldByName
- compare
- formatUintptr
- wrapComment
- formatLenCap
- Ptr
- circular
- Base64
- Time
- Duration
- JSONStr
- JSONBytes
- Plain
- Format
- oneOf
- readableStr
- replaceEscaped
- tokenize
- tokens
- has
- tokenizeSpecial
- tokenizeCollection
- tokenizeNumber
- tokenizeByte
- tokenizeTime
- tokenizeDuration
- tokenizeString
- tokenizeBytes
- tokenizePtr
- tokenizeJSON
- typeName
- stylize
- StripANSI
- VisualizeANSI
- FixNestedStyle
- GetStyle
- last
- addStyle
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