Best Go-testdeep code snippet using td.CmpDeeply
value_lru_test.go
Source:value_lru_test.go
...11 defer flush()12 c := NewMemoryValueLRU("test")13 res, err := c.Get(ctx, "asd")14 e.Nil(res)15 e.CmpDeeply(err, ErrCacheMiss)16 data := []byte("aaa")17 err = c.Put(ctx, "asd", data)18 e.CmpNoError(err)19 res, err = c.Get(ctx, "asd")20 e.CmpDeeply(res, data)21 e.CmpNoError(err)22 err = c.Delete(ctx, "asd")23 e.CmpNoError(err)24 err = c.Delete(ctx, "non-existed-key")25 e.CmpNoError(err)26 res, err = c.Get(ctx, "asd")27 e.Nil(res)28 e.CmpDeeply(err, ErrCacheMiss)29}30func TestValueLRULimitAtPut(t *testing.T) {31 td := testdeep.NewT(t)32 ctx, flush := th.TestContext(t)33 defer flush()34 wait := func() { time.Sleep(time.Millisecond * 10) }35 var c *MemoryValueLRU36 var res interface{}37 var err error38 c = NewMemoryValueLRU("test")39 c.MaxSize = 540 c.CleanCount = 341 err = c.Put(ctx, "1", 1)42 td.CmpNoError(err)43 err = c.Put(ctx, "2", 2)44 td.CmpNoError(err)45 err = c.Put(ctx, "3", 3)46 td.CmpNoError(err)47 err = c.Put(ctx, "4", 4)48 td.CmpNoError(err)49 err = c.Put(ctx, "5", 5)50 td.CmpNoError(err)51 res, err = c.Get(ctx, "1")52 td.CmpDeeply(res, 1)53 td.CmpNoError(err)54 res, err = c.Get(ctx, "2")55 td.CmpDeeply(res, 2)56 td.CmpNoError(err)57 res, err = c.Get(ctx, "3")58 td.CmpDeeply(res, 3)59 td.CmpNoError(err)60 res, err = c.Get(ctx, "4")61 td.CmpDeeply(res, 4)62 td.CmpNoError(err)63 res, err = c.Get(ctx, "5")64 td.CmpDeeply(res, 5)65 td.CmpNoError(err)66 err = c.Put(ctx, "6", 6)67 td.CmpNoError(err)68 wait()69 res, err = c.Get(ctx, "1")70 td.Nil(res)71 td.CmpDeeply(err, ErrCacheMiss)72 res, err = c.Get(ctx, "2")73 td.Nil(res)74 td.CmpDeeply(err, ErrCacheMiss)75 res, err = c.Get(ctx, "3")76 td.Nil(res)77 td.CmpDeeply(err, ErrCacheMiss)78 res, err = c.Get(ctx, "4")79 td.CmpDeeply(res, 4)80 td.CmpNoError(err)81 res, err = c.Get(ctx, "5")82 td.CmpDeeply(res, 5)83 td.CmpNoError(err)84 res, err = c.Get(ctx, "6")85 td.CmpDeeply(res, 6)86 td.CmpNoError(err)87}88func TestValueLRULimitClean(t *testing.T) {89 ctx, flush := th.TestContext(t)90 defer flush()91 td := testdeep.NewT(t)92 var c = NewMemoryValueLRU("test")93 c.MaxSize = 594 c.CleanCount = 095 c.m = make(map[string]*memoryValueLRUItem)96 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}97 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}98 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}99 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}100 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}101 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}102 c.clean()103 td.CmpDeeply(len(c.m), 6)104 td.CmpDeeply(c.m["1"].value, 1)105 td.CmpDeeply(c.m["2"].value, 2)106 td.CmpDeeply(c.m["3"].value, 3)107 td.CmpDeeply(c.m["4"].value, 4)108 td.CmpDeeply(c.m["5"].value, 5)109 td.CmpDeeply(c.m["6"].value, 6)110 c.MaxSize = 5111 c.CleanCount = 3112 c.m = make(map[string]*memoryValueLRUItem)113 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}114 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}115 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}116 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}117 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}118 c.clean()119 td.CmpDeeply(len(c.m), 5)120 td.CmpDeeply(c.m["1"].value, 1)121 td.CmpDeeply(c.m["2"].value, 2)122 td.CmpDeeply(c.m["3"].value, 3)123 td.CmpDeeply(c.m["4"].value, 4)124 td.CmpDeeply(c.m["5"].value, 5)125 c.MaxSize = 5126 c.CleanCount = 2127 c.m = make(map[string]*memoryValueLRUItem)128 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}129 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}130 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}131 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}132 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}133 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}134 c.clean()135 td.CmpDeeply(len(c.m), 4)136 td.Nil(c.m["1"])137 td.Nil(c.m["2"])138 td.CmpDeeply(c.m["3"].value, 3)139 td.CmpDeeply(c.m["4"].value, 4)140 td.CmpDeeply(c.m["5"].value, 5)141 td.CmpDeeply(c.m["6"].value, 6)142 // reverse143 c.MaxSize = 5144 c.CleanCount = 2145 c.m = make(map[string]*memoryValueLRUItem)146 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 6}147 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 5}148 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 4}149 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 3}150 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 2}151 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 1}152 c.clean()153 td.CmpDeeply(len(c.m), 4)154 td.CmpDeeply(c.m["1"].value, 1)155 td.CmpDeeply(c.m["2"].value, 2)156 td.CmpDeeply(c.m["3"].value, 3)157 td.CmpDeeply(c.m["4"].value, 4)158 td.Nil(c.m["5"])159 td.Nil(c.m["6"])160 c.MaxSize = 5161 c.CleanCount = 5162 c.m = make(map[string]*memoryValueLRUItem)163 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}164 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}165 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}166 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}167 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}168 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}169 c.clean()170 td.CmpDeeply(len(c.m), 0)171 c.MaxSize = 5172 c.CleanCount = 6173 c.m = make(map[string]*memoryValueLRUItem)174 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}175 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}176 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}177 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}178 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}179 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}180 c.clean()181 td.CmpDeeply(len(c.m), 0)182 // update used time on get183 c.MaxSize = 5184 c.CleanCount = 3185 c.m = make(map[string]*memoryValueLRUItem)186 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 1}187 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 2}188 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 3}189 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 4}190 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 5}191 c.m["6"] = &memoryValueLRUItem{key: "6", value: 6, lastUsedTime: 6}192 _, _ = c.Get(ctx, "6")193 _, _ = c.Get(ctx, "2")194 _, _ = c.Get(ctx, "3")195 _, _ = c.Get(ctx, "5")196 _, _ = c.Get(ctx, "1")197 _, _ = c.Get(ctx, "4")198 c.clean()199 td.CmpDeeply(len(c.m), 3)200 td.Nil(c.m["6"])201 td.Nil(c.m["2"])202 td.Nil(c.m["3"])203 td.CmpDeeply(c.m["5"].value, 5)204 td.CmpDeeply(c.m["1"].value, 1)205 td.CmpDeeply(c.m["4"].value, 4)206}207func TestLimitValueRenumberItems(t *testing.T) {208 ctx, flush := th.TestContext(t)209 defer flush()210 td := testdeep.NewT(t)211 var c = NewMemoryValueLRU("test")212 c.m = make(map[string]*memoryValueLRUItem)213 c.m["1"] = &memoryValueLRUItem{key: "1", value: 1, lastUsedTime: 100}214 c.m["2"] = &memoryValueLRUItem{key: "2", value: 2, lastUsedTime: 200}215 c.m["3"] = &memoryValueLRUItem{key: "3", value: 3, lastUsedTime: 300}216 c.m["4"] = &memoryValueLRUItem{key: "4", value: 4, lastUsedTime: 400}217 c.m["5"] = &memoryValueLRUItem{key: "5", value: 5, lastUsedTime: 500}218 c.lastTime = math.MaxUint64/2 - 1219 _ = c.Put(ctx, "6", 6)220 time.Sleep(time.Millisecond * 10)221 td.CmpDeeply(len(c.m), 6)222 c.mu.RLock()223 defer c.mu.RLock()224 td.CmpDeeply(c.m["1"].lastUsedTime, uint64(0))225 td.CmpDeeply(c.m["2"].lastUsedTime, uint64(1))226 td.CmpDeeply(c.m["3"].lastUsedTime, uint64(2))227 td.CmpDeeply(c.m["4"].lastUsedTime, uint64(3))228 td.CmpDeeply(c.m["5"].lastUsedTime, uint64(4))229 td.CmpDeeply(c.m["6"].lastUsedTime, uint64(5))230}...
types_test.go
Source:types_test.go
...5 td "github.com/maxatome/go-testdeep"6)7func TestVitodataDouble(tt *testing.T) {8 t := td.NewT(tt)9 t.CmpDeeply(TypeDouble.Type(), "Double")10 // Human2VitodataValue11 str, err := TypeDouble.Human2VitodataValue("1.200")12 t.CmpDeeply(str, "1.2")13 t.CmpNoError(err)14 str, err = TypeDouble.Human2VitodataValue("foo")15 t.Empty(str)16 t.CmpError(err)17 // Vitodata2HumanValue18 str, err = TypeDouble.Vitodata2HumanValue("1.200")19 t.CmpDeeply(str, "1.2")20 t.CmpNoError(err)21 str, err = TypeDouble.Vitodata2HumanValue("foo")22 t.Empty(str)23 t.CmpError(err)24 // Vitodata2NativeValue25 num, err := TypeDouble.Vitodata2NativeValue("1.200")26 t.CmpDeeply(num, float64(1.2))27 t.CmpNoError(err)28 num, err = TypeDouble.Vitodata2NativeValue("foo")29 t.Nil(num)30 t.CmpError(err)31}32func TestVitodataInteger(tt *testing.T) {33 t := td.NewT(tt)34 t.CmpDeeply(TypeInteger.Type(), "Integer")35 // Human2VitodataValue36 str, err := TypeInteger.Human2VitodataValue("12")37 t.CmpDeeply(str, "12")38 t.CmpNoError(err)39 str, err = TypeInteger.Human2VitodataValue("foo")40 t.Empty(str)41 t.CmpError(err)42 // Vitodata2HumanValue43 str, err = TypeInteger.Vitodata2HumanValue("00012")44 t.CmpDeeply(str, "12")45 t.CmpNoError(err)46 str, err = TypeInteger.Vitodata2HumanValue("foo")47 t.Empty(str)48 t.CmpError(err)49 // Vitodata2NativeValue50 num, err := TypeInteger.Vitodata2NativeValue("00012")51 t.CmpDeeply(num, int64(12))52 t.CmpNoError(err)53 num, err = TypeInteger.Vitodata2NativeValue("foo")54 t.Nil(num)55 t.CmpError(err)56}57func TestVitodataDate(tt *testing.T) {58 t := td.NewT(tt)59 t.CmpDeeply(TypeDate.Type(), "Date")60 const refDate = "2016-09-26 11:22:33"61 // Human2VitodataValue62 str, err := TypeDate.Human2VitodataValue(refDate)63 t.CmpDeeply(str, refDate)64 t.CmpNoError(err)65 str, err = TypeDate.Human2VitodataValue("foo")66 t.Empty(str)67 t.CmpError(err)68 // Vitodata2HumanValue69 str, err = TypeDate.Vitodata2HumanValue(refDate)70 t.CmpDeeply(str, refDate)71 t.CmpNoError(err)72 str, err = TypeDate.Vitodata2HumanValue("foo")73 t.Empty(str)74 t.CmpError(err)75 // Vitodata2NativeValue76 date, err := TypeDate.Vitodata2NativeValue(refDate)77 t.CmpDeeply(78 date,79 Time(time.Date(2016, time.September, 26, 11, 22, 33, 0, vitodataTZ)))80 t.CmpNoError(err)81 date, err = TypeDate.Vitodata2NativeValue("foo")82 t.Nil(date)83 t.CmpError(err)84}85func TestVitodataString(tt *testing.T) {86 t := td.NewT(tt)87 t.CmpDeeply(TypeString.Type(), "String")88 const refString = "foobar"89 // Human2VitodataValue90 str, err := TypeString.Human2VitodataValue(refString)91 t.CmpDeeply(str, refString)92 t.CmpNoError(err)93 // Vitodata2HumanValue94 str, err = TypeString.Vitodata2HumanValue(refString)95 t.CmpDeeply(str, refString)96 t.CmpNoError(err)97 // Vitodata2NativeValue98 strIf, err := TypeString.Vitodata2NativeValue(refString)99 t.CmpDeeply(strIf, refString)100 t.CmpNoError(err)101}102func TestVitodataEnum(tt *testing.T) {103 t := td.NewT(tt)104 typeEnumTest := NewEnum([]string{105 "zero",106 "one",107 "two",108 })109 t.CmpDeeply(typeEnumTest.Type(), "Enum3")110 // Human2VitodataValue111 str, err := typeEnumTest.Human2VitodataValue("one")112 t.CmpDeeply(str, "1")113 t.CmpNoError(err)114 str, err = typeEnumTest.Human2VitodataValue("1")115 t.CmpDeeply(str, "1")116 t.CmpNoError(err)117 str, err = typeEnumTest.Human2VitodataValue("foo")118 t.Empty(str)119 t.CmpError(err)120 // Vitodata2HumanValue121 str, err = typeEnumTest.Vitodata2HumanValue("2")122 t.CmpDeeply(str, "two")123 t.CmpNoError(err)124 str, err = typeEnumTest.Vitodata2HumanValue("42")125 t.Empty(str)126 t.CmpDeeply(err, ErrEnumInvalidValue)127 str, err = typeEnumTest.Vitodata2HumanValue("foo")128 t.Empty(str)129 t.CmpDeeply(err, ErrEnumInvalidValue)130 // Vitodata2NativeValue131 num, err := typeEnumTest.Vitodata2NativeValue("1")132 t.CmpDeeply(num, uint64(1))133 t.CmpNoError(err)134 num, err = typeEnumTest.Vitodata2NativeValue("42")135 t.Nil(num)136 t.CmpDeeply(err, ErrEnumInvalidValue)137 num, err = typeEnumTest.Vitodata2NativeValue("foo")138 t.Nil(num)139 t.CmpDeeply(err, ErrEnumInvalidValue)140}...
attributes_test.go
Source:attributes_test.go
...10 Access: ReadOnly,11 Name: "Foo",12 Doc: "Documentation...",13 }14 t.CmpDeeply(ar.String(), "Foo: Documentation... (String - read-only)")15}16func TestAttributesVars(tt *testing.T) {17 t := td.NewT(tt)18 for name, aID := range AttributesNames2IDs {19 tRef, ok := AttributesRef[aID]20 if t.True(ok, "AttributesRef[%d] exists", aID) {21 t.CmpDeeply(name, tRef.Name,22 "ID %d: same name in AttributesRef and AttributesNames2IDs", aID)23 }24 }25 for aID, tRef := range AttributesRef {26 aID2, ok := AttributesNames2IDs[tRef.Name]27 if t.True(ok, "AttributesNames2IDs[%s] exists", tRef.Name) {28 t.CmpDeeply(aID, aID2,29 tRef.Name+": same ID in AttributesRef and AttributesNames2IDs")30 }31 }32 t.CmpDeeply(len(Attributes), len(AttributesRef))33 for _, aID := range Attributes {34 _, ok := AttributesRef[aID]35 t.True(ok, "ID %d of Attributes is present in AttributesRef")36 }37 // Add custom attribute38 require := t.FailureIsFatal()39 require.CmpDeeply(AttributesRef, td.Not(td.ContainsKey(9999)))40 AddAttributeRef(9999, AttrRef{41 Type: TypeDouble,42 Access: ReadOnly,43 Name: "FooBar",44 })45 require.CmpDeeply(AttributesRef, td.ContainsKey(AttrID(9999)))46 t.CmpDeeply(AttributesNames2IDs["FooBar"], AttrID(9999))47 t.CmpDeeply(Attributes, td.Contains(AttrID(9999)))48 t.True(AttributesRef[AttrID(9999)].Custom)49}50func TestValue(tt *testing.T) {51 t := td.NewT(tt)52 v := Value{Value: "34"}53 t.CmpDeeply(v.Num(), float64(34))54 v = Value{Value: "foo"}55 t.CmpDeeply(v.Num(), float64(0))56}...
CmpDeeply
Using AI Code Generation
1import (2func TestCmpDeeply(t *testing.T) {3 td.CmpDeeply(t, 123, td.Between(100, 200))4 td.CmpDeeply(t, 123, td.Between(100, 200), td.Msg("This is a custom message"))5 td.CmpDeeply(t, 123, td.Between(100, 200), td.Tag("my_tag"))6 td.CmpDeeply(t, 123, td.Between(100, 200), td.Tag("my_tag"), td.Msg("This is a custom message"))7}8--- FAIL: TestCmpDeeply (0.00s)9 int(123)10 Between(100, 200)11 int(123)12 Between(100, 200)13 int(123)14 Between(100, 200)
CmpDeeply
Using AI Code Generation
1import (2func TestCmpDeeply(t *testing.T) {3 td.CmpDeeply(t, 1, 1)4}5import (6func TestCmp(t *testing.T) {7 td.Cmp(t, 1, 1)8}9import (10func TestCmp(t *testing.T) {11 td.Cmp(t, 1, 1)12}13import (14func TestCmp(t *testing.T) {15 td.Cmp(t, 1, 1)16}17import (18func TestCmp(t *testing.T) {19 td.Cmp(t, 1, 1)20}21import (
CmpDeeply
Using AI Code Generation
1import (2func Test2(t *testing.T) {3 td.CmpDeeply(t, 1, 1)4}5import (6func Test3(t *testing.T) {7 td.CmpDeeply(t, 1, 1)8}9import (10func Test4(t *testing.T) {11 td.CmpDeeply(t, 1, 1)12}13import (14func Test5(t *testing.T) {15 td.CmpDeeply(t, 1, 1)16}17import (18func Test6(t *testing.T) {19 td.CmpDeeply(t, 1, 1)20}21import (22func Test7(t *testing.T) {23 td.CmpDeeply(t, 1, 1)24}25import (26func Test8(t *testing.T) {27 td.CmpDeeply(t, 1, 1)28}29import (30func Test9(t *testing.T) {31 td.CmpDeeply(t, 1, 1)32}
CmpDeeply
Using AI Code Generation
1import (2func TestCmpDeeply(t *testing.T) {3 t.Run("test1", func(t *testing.T) {4 td.CmpDeeply(t, 123, 123)5 })6 t.Run("test2", func(t *testing.T) {7 td.CmpDeeply(t, []int{123}, []int{123})8 })9 t.Run("test3", func(t *testing.T) {10 td.CmpDeeply(t, map[string]int{"a": 123}, map[string]int{"a": 123})11 })12}13import (14func TestCmp(t *testing.T) {15 t.Run("test1", func(t *testing.T) {16 td.Cmp(t, 123, 123)17 })18 t.Run("test2", func(t *testing.T) {19 td.Cmp(t, []int{123}, []int{123})20 })21 t.Run("test3", func(t *testing.T) {22 td.Cmp(t, map[string]int{"a": 123}, map[string]int{"a": 123})23 })24}25import (26func TestCmp(t *testing.T) {27 t.Run("test1", func(t *testing.T) {28 td.Cmp(t, 123, 123)29 })30 t.Run("test2", func(t *testing.T) {31 td.Cmp(t, []int{123}, []int{123})32 })33 t.Run("test3", func(t *testing.T) {34 td.Cmp(t, map[string]int{"a": 123}, map[string]int{"a": 123})35 })36}
CmpDeeply
Using AI Code Generation
1import (2func Test2(t *testing.T) {3 type T struct {4 }5 td.CmpDeeply(t, T{A: 1, B: "2"}, T{A: 1, B: "2"})6}7import (8func Test3(t *testing.T) {9 type T struct {10 }11 td.Cmp(t, T{A: 1, B: "2"}, T{A: 1, B: "2"})12}13import (14func Test4(t *testing.T) {15 type T struct {16 }17 td.Cmp(t, T{A: 1, B: "2"}, T{A: 1, B: "2"})18}19import (20func Test5(t *testing.T) {21 type T struct {22 }23 td.Cmp(t, T{A: 1, B: "2"}, T{A: 1, B: "2"})24}25import (26func Test6(t *testing.T) {27 type T struct {28 }29 td.Cmp(t, T{A: 1, B: "2"}, T{A: 1, B: "2"})30}31import (32func Test7(t *testing.T) {33 type T struct {
CmpDeeply
Using AI Code Generation
1import (2func main() {3 fmt.Println(testdeep.CmpDeeply("hello", "hello"))4}5import (6func main() {7 fmt.Println(testdeep.CmpDeeply("hello", "hello"))8}9import (10func main() {11 fmt.Println(testdeep.CmpDeeply("hello", "hello"))12}13import (14func main() {15 fmt.Println(testdeep.CmpDeeply("hello", "hello"))16}17import (18func main() {19 fmt.Println(testdeep.CmpDeeply("hello", "hello"))20}21import (22func main() {23 fmt.Println(testdeep.CmpDeeply("hello", "hello"))24}25import (26func main() {27 fmt.Println(testdeep.CmpDeeply("hello", "hello"))28}29import (30func main() {31 fmt.Println(testdeep.CmpDeeply("hello", "hello"))32}
CmpDeeply
Using AI Code Generation
1import (2func main() {3 fmt.Println(td.CmpDeeply([]int{1, 2, 3}, []int{1, 2, 3}))4}5import (6func main() {7 fmt.Println(td.CmpDeeply([]int{1, 2, 3}, []int{1, 2, 3, 4}))8}
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