How to use Test method of refactor Package

Best Gauge code snippet using refactor.Test

reflect_test.go

Source:reflect_test.go

...35	}36	privateString	string37	privateString2	string38}39func TestInstantiate(t *testing.T) {40	var Bool			*bool41	var ts 				AllTypes42	if err := Instantiate(&ts); err != nil { t.Error(err) }43	if err := Instantiate(&Bool); err != nil { t.Error(err) }44}45func TestDFS(t *testing.T) {46	ts := &struct {47		Test1 struct{48			A1	*int49			b1	float6450		}51		Test2 struct{52			Test21 struct{53				A21	*int54				b21	float6455			}56			Test22 struct{57				A22	*int58				b22	float6459			}60		}61	}{}62	checks := map[string]string{63		"Test1": "Test1",64		"Test2": "Test2",65		"Test21": "Test2/Test21",66		"Test22": "Test2/Test22",67		"A1":	"Test1/A1",68		"b1":	"Test1/b1",69		"A21":	"Test2/Test21/A21",70		"b21":	"Test2/Test21/b21",71		"A22":	"Test2/Test22/A22",72		"b22":	"Test2/Test22/b22",73	}74	paths := make(map[string]string)75	DFS(ts, func(node Node) {76		sf := node.StructField()77		if sf == nil { return }78		ps := make([]string, 0)79		for _, p := range node.FieldPath() { ps = append(ps, p.Name) }80		paths[sf.Name] = strings.Join(ps, "/")81	})82	if len(paths) != len(checks) { t.Error("Error count of paths") }83	for k, v := range checks {84		p, ok := paths[k]85		if !ok {86			t.Errorf("No path %v", k)87			continue88		}89		if p != v { t.Errorf("Error path %v, expect %v", p, v) }90	}91}92func TestGetAndSetPrivateValue(t *testing.T){93	s := &struct {94		private			int95	}{0}96	v := ValueOf(s).Elem().FieldByName("private")97	if v.CanInterface() { t.Fatal("why private member can be accessed ?") }98	if v.CanSet() { t.Fatal("why private member can be set ?") }99	newPrivate := ValueOf(int(1))100	SetValue(v, newPrivate)101	if Access(v).Interface().(int) != 1 { t.Fail() }102}103type RefactorObject struct {104	Int64						int64105	String						string106}107func (h *RefactorObject) Refactor() interface{} {108	return struct {109		Int64_1					int64110		Int64_2					int64111		String1					string112		String2					string113	}{h.Int64, h.Int64+1, h.String, h.String}114}115func TestRefactor(t *testing.T) {116	t.Run("Types", func(t *testing.T) {117		ts := &AllTypes{118			Slice: []*AllTypes{&AllTypes{Int8: 8}, &AllTypes{Bool: false}},119			Map: map[string]int{"Key1": 1, "Key2": 2},120		}121		if _,  err := Refactor(ts); err != nil { t.Fatal(err) }122	})123	t.Run("Private", func(t *testing.T) {124		type Test struct {125			Public			string126			private			string127		}128		ts := &Test{"public value", "private value"}129		newts, err := Refactor(ts)130		if err != nil { t.Fatal(err) }131		if !strings.Contains(fmt.Sprintf("%v", newts), ts.Public) { t.Fail() }132		if !strings.Contains(fmt.Sprintf("%v", newts), ts.private) { t.Fail() }133	})134	t.Run("Option", func(t *testing.T) {135		type Test struct {136			Public			string137			private			string138		}139		ts := &Test{"public value", "private value"}140		newts, err := Refactor(ts, []RefactorOption{141			RefactorTitle(true),142			RefactorWithTag(false)}...)143		if err != nil { t.Fatal(err) }144		bs, err := json.Marshal(newts)145		if err != nil { t.Fatal(err) }146		if !strings.Contains(string(bs), "private") {t.Fail()}147	})148	t.Run("Tag", func(t *testing.T) {149		type Test struct {150			NoRefactor		string				`refactor:"-"`151			Public			string152			private			string				`refactor:"PrivateKey"`153		}154		ts := &Test{"NoRefactorValue", "public value", "private value"}155		newts, err := Refactor(ts)156		if err != nil { t.Fatal(err) }157		bs, err := json.Marshal(newts)158		if err != nil { t.Fatal(err) }159		if strings.Contains(string(bs), "NoRefactorValue") {t.Fatalf("tag \"-\" doesn't work")}160		if !strings.Contains(string(bs), "PrivateKey") {t.Fatalf("tag \"name\" doesn't work")}161	})162	t.Run("RefactorFunction", func(t *testing.T) {163		type Test struct {164			NoRefactor		string				`refactor:"-"`165			RefObject		*RefactorObject166		}167		ts := &Test{"NoRefactorValue", &RefactorObject{0, "hello"}}168		newts, err := Refactor(ts)169		if err != nil { t.Fatal(err) }170		bs, err := json.Marshal(newts)171		if err != nil { t.Fatal(err) }172		if !strings.Contains(string(bs), "Int64_1") {t.Fatalf("tag \"name\" doesn't work")}173	})174	t.Run("MarshallJson", func(t *testing.T) {175		st := &AllTypes{}176		bs, err := RefactorJson(st)177		if err != nil { t.Fatal(err) }178		if strings.Contains(string(bs), "Complex64") {t.Fatalf("refactorJson doesn't work")}179	})180}...

main.go

Source:main.go

1package main2import "fmt"3func main() {4	red := make(chan int)5	green := make(chan int)6	refactor := make(chan int)7	go func() {8		for {9			red <- 110			green <- 111			refactor <- 112		}13	}()14	RedGreenRefactor(red, green, refactor)15}16func RedGreenRefactor(red, green, refactor chan int) {17	for {18		select {19		case <-red:20			fmt.Println("Write a failing test...")21		case <-green:22			fmt.Println("Get the test to pass...")23		case <-refactor:24			fmt.Println("Refactor the codes...")25		}26	}27}...

refactor_test.go

Source:refactor_test.go

2import (3	"github.com/modernizing/coca/cocatest/testcase"4	"testing"5)6func TestRefactorMove(t *testing.T) {7	tests := []testcase.CmdTestCase{{8		Name:   "refactor",9		Cmd:    "refactor -p . -m .",10		Golden: "",11	}}12	RunTestCmd(t, tests)13}14func TestRefactorRename(t *testing.T) {15	tests := []testcase.CmdTestCase{{16		Name:   "refactor",17		Cmd:    "refactor -p . -R . -m .",18		Golden: "",19	}}20	RunTestCmd(t, tests)21}...

Test

Using AI Code Generation

1import (2func main() {3	fmt.Println(refactor.Test())4}5import (6func main() {7	fmt.Println(refactor.Test())8}9import (10func Test() string {11	return fmt.Sprintf("test")12}13        /usr/lib/go-1.6/src/refactor (from $GOROOT)14        /home/user/go/src/refactor (from $GOPATH)15        /usr/lib/go-1.6/src/refactor (from $GOROOT)16        /home/user/go/src/refactor (from $GOPATH)17        /usr/lib/go-1.6/src/refactor (from $GOROOT)18        /home/user/go/src/refactor (from $GOPATH)

Test

Using AI Code Generation

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

Test

Using AI Code Generation

1import (2func main() {3    fmt.Println(refactor.Test())4}5func Test() string {6}7Now, let’s see how to use the package in other Go files. We will create a new Go file named 1.go and import the refactor package in it. The code will look like this:8import "refactor"9func main() {10    fmt.Println(refactor.Test())11}

Test

Using AI Code Generation

1import (2func main() {3    fmt.Println(refactor.Test(3))4}5import (6func Test(i int) int {7}8import (9func TestTest(t *testing.T) {10    if Test(3) != 6 {11        t.Error("Expected 6")12    }13}14--- PASS: TestTest (0.00s)15--- PASS: TestTest (0.00s)

Test

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	refactor.Test()5}6func Test() {7	fmt.Println("Test")8}9func Test() {10	fmt.Println("Test")11}

Test

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	refactor.Test()5}6import "fmt"7func Test() {8	fmt.Println("This is a test")9}10	/usr/local/go/src/pkg/github.com/username/package (from $GOROOT)11	($GOPATH not set)

Test

Using AI Code Generation

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

Test

Using AI Code Generation

1import (2func main() {3 fmt.Println(refactor.Test())4}5import (6func main() {7 fmt.Println(refactor.Test())8}

Test

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello World")4    t := refactor.Test{}5    t.Test()6}7import "fmt"8type Test struct {9}10func Test() {11    fmt.Println("Test method")12}13./1.go:11: t.Test undefined (type refactor.Test has no field or method Test)14import (15func main() {16    fmt.Println("Hello World")17    t := refactor.Test{}18    t.Test()19}20./1.go:11: t.Test undefined (type refactor.Test has no field or method Test)21import (22func main() {23    fmt.Println("Hello World")24    t := refactor.Test{}25    t.Test()26}27./1.go:11: t.Test undefined (type refactor.Test has no field or method Test)

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