How to use Clone method of lib Package

Best K6 code snippet using lib.Clone

parse_test.go

Source:parse_test.go Github

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1package environment2import (3 "fmt"4 "os"5 "reflect"6 "testing"7 "github.com/pkg/errors"8 lib "github.com/hauxe/gom/library"9 "github.com/stretchr/testify/require"10)11var env, _ = CreateENV()12func TestEnvironment(t *testing.T) {13 // no parallel14 require.Equal(t, Development, Environment())15 environmentList := []string{Production, Staging, Testing, Development}16 for _, environment := range environmentList {17 os.Setenv(envKey, environment)18 require.Equal(t, environment, Environment())19 }20}21func TestEVString(t *testing.T) {22 t.Parallel()23 key := "LIB_NAME"24 val := "tres lib"25 os.Setenv(key, val)26 testCases := []struct {27 Name string28 Key string29 Fallback string30 Value string31 }{32 {"not_exist", "NOT_EXIST_KEY", "none", "none"},33 {"exist", key, "none", val},34 }35 for _, testCase := range testCases {36 tc := testCase37 t.Run(tc.Name, func(t *testing.T) {38 t.Parallel()39 value := env.EVString(tc.Key, tc.Fallback)40 require.Equal(t, tc.Value, value)41 })42 }43}44func TestEVInt64(t *testing.T) {45 t.Parallel()46 key := "LIB_INT64"47 val := int64(999999999999999)48 os.Setenv(key, fmt.Sprintf("%d", val))49 testCases := []struct {50 Name string51 Key string52 Fallback int6453 Value int6454 }{55 {"not_exist", "NOT_EXIST_KEY", -1, -1},56 {"exist", key, -1, val},57 }58 for _, testCase := range testCases {59 tc := testCase60 t.Run(tc.Name, func(t *testing.T) {61 t.Parallel()62 value, err := env.EVInt64(tc.Key, tc.Fallback)63 require.Nil(t, err)64 require.Equal(t, tc.Value, value)65 })66 }67}68func TestEVInt(t *testing.T) {69 t.Parallel()70 key := "LIB_INT"71 val := -99972 os.Setenv(key, fmt.Sprintf("%d", val))73 testCases := []struct {74 Name string75 Key string76 Fallback int77 Value int78 }{79 {"not_exist", "NOT_EXIST_KEY", -1, -1},80 {"exist", key, -1, val},81 }82 for _, testCase := range testCases {83 tc := testCase84 t.Run(tc.Name, func(t *testing.T) {85 t.Parallel()86 value, err := env.EVInt(tc.Key, tc.Fallback)87 require.Nil(t, err)88 require.Equal(t, tc.Value, value)89 })90 }91}92func TestEVUInt64(t *testing.T) {93 t.Parallel()94 key := "LIB_UINT64"95 val := uint64(999)96 os.Setenv(key, fmt.Sprintf("%d", val))97 testCases := []struct {98 Name string99 Key string100 Fallback uint64101 Value uint64102 }{103 {"not_exist", "NOT_EXIST_KEY", 0, 0},104 {"exist", key, 0, val},105 }106 for _, testCase := range testCases {107 tc := testCase108 t.Run(tc.Name, func(t *testing.T) {109 t.Parallel()110 value, err := env.EVUInt64(tc.Key, tc.Fallback)111 require.Nil(t, err)112 require.Equal(t, tc.Value, value)113 })114 }115}116func TestEVBool(t *testing.T) {117 t.Parallel()118 testCases := []struct {119 Name string120 Key string121 Val string122 Fallback bool123 Value bool124 Error bool125 }{126 {"not_exist", "NOT_EXIST_KEY", "true", false, false, false},127 {"invalid", "INVALID", "invalid", false, false, true},128 {"true", "LIB_BOOL_1", "true", false, true, false},129 {"false", "LIB_BOOL_2", "false", true, false, false},130 {"True", "LIB_BOOL_3", "True", false, true, false},131 {"False", "LIB_BOOL_4", "False", false, false, false},132 {"TRUE", "LIB_BOOL_5", "TRUE", true, true, false},133 {"FALSE", "LIB_BOOL_6", "FALSE", true, false, false},134 }135 for _, testCase := range testCases {136 tc := testCase137 t.Run(tc.Name, func(t *testing.T) {138 t.Parallel()139 if tc.Name != "not_exist" {140 os.Setenv(tc.Key, tc.Val)141 }142 value, err := env.EVBool(tc.Key, tc.Fallback)143 if tc.Error {144 require.Error(t, err)145 } else {146 require.Nil(t, err)147 require.Equal(t, tc.Value, value)148 }149 })150 }151}152func TestParse(t *testing.T) {153 t.Parallel()154 type validSubStruct struct {155 A1 int `env:"PA1,validator=a1"`156 B1 int64 `env:"PB1,validator=b1"`157 C1 uint `env:"PC1,validator=c1"`158 D1 uint64 `env:"PD1,validator=d1"`159 E1 float64 `env:"PE1,validator=e1"`160 F1 string `env:"PF1,validator=f1"`161 G1 bool `env:"PG1,validator=g1"`162 }163 type validSubStruct1 struct {164 A2 int `env:"PA2,validator=a2"`165 B2 int64 `env:"PB2,validator=b2"`166 C2 uint `env:"PC2,validator=c2"`167 D2 uint64 `env:"PD2,validator=d2"`168 E2 float64 `env:"PE2,validator=e2"`169 F2 string `env:"PF2,validator=f2"`170 G2 bool `env:"PG2,validator=g2"`171 }172 type validStruct struct {173 A int `env:"PA,validator=a"`174 B int64 `env:"PB,validator=b"`175 C uint `env:"PC,validator=c"`176 D uint64 `env:"PD,validator=d"`177 E float64 `env:"PE,validator=e"`178 F string `env:"PF,validator=f"`179 G bool `env:"PG,validator=g"`180 H *validSubStruct181 I validSubStruct1182 }183 t.Run("error_not_pointer", func(t *testing.T) {184 t.Parallel()185 data := validStruct{186 A: 1,187 }188 err := env.Parse(data)189 require.Error(t, err)190 require.Equal(t, 1, data.A)191 })192 t.Run("error_not_truct", func(t *testing.T) {193 t.Parallel()194 data := 1195 err := env.Parse(&data)196 require.Error(t, err)197 require.Equal(t, 1, data)198 })199 t.Run("error_scan_struct", func(t *testing.T) {200 t.Parallel()201 data := struct {202 A int `env:"TA"`203 }{204 A: 1,205 }206 os.Setenv("TA", "invalid")207 err := env.Parse(&data, func(interface{}) error {208 return errors.New("test failed scan struct")209 })210 require.Error(t, err)211 require.Equal(t, 1, data.A)212 })213 t.Run("success", func(t *testing.T) {214 t.Parallel()215 data := validStruct{216 A: -1,217 B: -10,218 C: 1,219 D: 1000,220 E: 1.8,221 F: "test",222 G: true,223 H: &validSubStruct{224 A1: -2,225 B1: -20,226 C1: 2,227 D1: 2000,228 E1: 2.8,229 F1: "2test",230 G1: true,231 },232 I: validSubStruct1{233 A2: -3,234 B2: -30,235 C2: 3,236 D2: 3000,237 E2: 3.8,238 F2: "3test",239 G2: true,240 },241 }242 clone := validStruct{243 A: -1,244 B: -10,245 C: 1,246 D: 1000,247 E: 1.8,248 F: "test",249 G: true,250 H: &validSubStruct{251 A1: -2,252 B1: -20,253 C1: 2,254 D1: 2000,255 E1: 2.8,256 F1: "2test",257 G1: true,258 },259 I: validSubStruct1{260 A2: -3,261 B2: -30,262 C2: 3,263 D2: 3000,264 E2: 3.8,265 F2: "3test",266 G2: true,267 },268 }269 os.Setenv("PA", lib.ToString(data.A+1111))270 os.Setenv("PB", lib.ToString(data.B+1111))271 os.Setenv("PC", lib.ToString(data.C+1111))272 os.Setenv("PD", lib.ToString(data.D+1111))273 os.Setenv("PE", lib.ToString(data.E+1111))274 os.Setenv("PF", data.F+lib.ToString(1111))275 os.Setenv("PG", lib.ToString(!data.G))276 os.Setenv("PA1", lib.ToString(data.H.A1+1111))277 os.Setenv("PB1", lib.ToString(data.H.B1+1111))278 os.Setenv("PC1", lib.ToString(data.H.C1+1111))279 os.Setenv("PD1", lib.ToString(data.H.D1+1111))280 os.Setenv("PE1", lib.ToString(data.H.E1+1111))281 os.Setenv("PF1", data.H.F1+lib.ToString(1111))282 os.Setenv("PG1", lib.ToString(!data.H.G1))283 os.Setenv("PA2", lib.ToString(data.I.A2+1111))284 os.Setenv("PB2", lib.ToString(data.I.B2+1111))285 os.Setenv("PC2", lib.ToString(data.I.C2+1111))286 os.Setenv("PD2", lib.ToString(data.I.D2+1111))287 os.Setenv("PE2", lib.ToString(data.I.E2+1111))288 os.Setenv("PF2", data.I.F2+lib.ToString(1111))289 os.Setenv("PG2", lib.ToString(!data.I.G2))290 err := env.Parse(&data,291 func(v interface{}) error {292 obj, ok := v.(*validStruct)293 if !ok {294 return errors.New("can convert back to object")295 }296 obj.A += 999297 return nil298 },299 func(v interface{}) error {300 obj, ok := v.(*validStruct)301 if !ok {302 return errors.New("can convert back to object")303 }304 obj.B += 999305 return nil306 },307 func(v interface{}) error {308 obj, ok := v.(*validStruct)309 if !ok {310 return errors.New("can convert back to object")311 }312 obj.C += 999313 return nil314 })315 require.Nil(t, err)316 require.Equal(t, clone.A+1111+999, data.A)317 require.Equal(t, clone.B+1111+999, data.B)318 require.Equal(t, clone.C+1111+999, data.C)319 require.Equal(t, clone.D+1111, data.D)320 require.Equal(t, clone.E+1111, data.E)321 require.Equal(t, clone.F+"1111", data.F)322 require.Equal(t, !clone.G, data.G)323 require.Equal(t, clone.H.A1+1111, data.H.A1)324 require.Equal(t, clone.H.B1+1111, data.H.B1)325 require.Equal(t, clone.H.C1+1111, data.H.C1)326 require.Equal(t, clone.H.D1+1111, data.H.D1)327 require.Equal(t, clone.H.E1+1111, data.H.E1)328 require.Equal(t, clone.H.F1+"1111", data.H.F1)329 require.Equal(t, !clone.H.G1, data.H.G1)330 require.Equal(t, clone.I.A2+1111, data.I.A2)331 require.Equal(t, clone.I.B2+1111, data.I.B2)332 require.Equal(t, clone.I.C2+1111, data.I.C2)333 require.Equal(t, clone.I.D2+1111, data.I.D2)334 require.Equal(t, clone.I.E2+1111, data.I.E2)335 require.Equal(t, clone.I.F2+"1111", data.I.F2)336 require.Equal(t, !clone.I.G2, data.I.G2)337 })338}339func TestScanStructENV(t *testing.T) {340 t.Parallel()341 type validSubStruct struct {342 A1 int `env:"A1"`343 B1 int64 `env:"B1"`344 C1 uint `env:"C1"`345 D1 uint64 `env:"D1"`346 E1 float64 `env:"E1"`347 F1 string `env:"F1"`348 G1 bool `env:"G1"`349 }350 type validSubStruct1 struct {351 A3 int `env:"A3"`352 B3 int64 `env:"B3"`353 C3 uint `env:"C3"`354 D3 uint64 `env:"D3"`355 E3 float64 `env:"E3"`356 F3 string `env:"F3"`357 G3 bool `env:"G3"`358 }359 type validStruct struct {360 A int `env:"A"`361 B int64 `env:"B"`362 C uint `env:"C"`363 D uint64 `env:"D"`364 E float64 `env:"E"`365 F string `env:"F"`366 G bool `env:"G"`367 H *validSubStruct368 I validSubStruct1369 }370 type invalidSubStruct struct {371 A2 int `env:"A2"`372 }373 t.Run("error_sub_struct_pointer", func(t *testing.T) {374 t.Parallel()375 type invalidSubStruct struct {376 A2 int `env:"ABCA1"`377 }378 type invalid struct {379 A int `env:"IA"`380 B *invalidSubStruct381 }382 data := invalid{383 A: 1,384 B: &invalidSubStruct{385 A2: 2,386 },387 }388 os.Setenv("ABCA1", "invalid")389 rv := reflect.ValueOf(&data)390 err := env.scanStructENV(rv.Elem())391 require.Error(t, err)392 require.Equal(t, 1, data.A)393 require.Equal(t, 2, data.B.A2)394 })395 t.Run("error_sub_struct", func(t *testing.T) {396 t.Parallel()397 type invalidSubStruct struct {398 A2 int `env:"ABCA2"`399 }400 type invalid struct {401 A int `env:"I1A"`402 B invalidSubStruct403 }404 data := invalid{405 A: 1,406 B: invalidSubStruct{407 A2: 2,408 },409 }410 os.Setenv("ABCA2", "invalid")411 rv := reflect.ValueOf(&data)412 err := env.scanStructENV(rv.Elem())413 require.Error(t, err)414 require.Equal(t, 1, data.A)415 require.Equal(t, 2, data.B.A2)416 })417 t.Run("error_struct", func(t *testing.T) {418 t.Parallel()419 data := struct {420 A2 int `env:"ABCA3"`421 }{422 A2: 1,423 }424 os.Setenv("ABCA3", "invalid")425 rv := reflect.ValueOf(&data)426 err := env.scanStructENV(rv.Elem())427 require.Error(t, err)428 require.Equal(t, 1, data.A2)429 })430 t.Run("success", func(t *testing.T) {431 t.Parallel()432 data := validStruct{433 A: -1,434 B: -10,435 C: 1,436 D: 1000,437 E: 1.8,438 F: "test",439 G: true,440 H: &validSubStruct{441 A1: -2,442 B1: -20,443 C1: 2,444 D1: 2000,445 E1: 2.8,446 F1: "2test",447 G1: true,448 },449 I: validSubStruct1{450 A3: -3,451 B3: -30,452 C3: 3,453 D3: 3000,454 E3: 3.8,455 F3: "3test",456 G3: true,457 },458 }459 clone := validStruct{460 A: -1,461 B: -10,462 C: 1,463 D: 1000,464 E: 1.8,465 F: "test",466 G: true,467 H: &validSubStruct{468 A1: -2,469 B1: -20,470 C1: 2,471 D1: 2000,472 E1: 2.8,473 F1: "2test",474 G1: true,475 },476 I: validSubStruct1{477 A3: -3,478 B3: -30,479 C3: 3,480 D3: 3000,481 E3: 3.8,482 F3: "3test",483 G3: true,484 },485 }486 os.Setenv("A", lib.ToString(data.A+1111))487 os.Setenv("B", lib.ToString(data.B+1111))488 os.Setenv("C", lib.ToString(data.C+1111))489 os.Setenv("D", lib.ToString(data.D+1111))490 os.Setenv("E", lib.ToString(data.E+1111))491 os.Setenv("F", data.F+lib.ToString(1111))492 os.Setenv("G", lib.ToString(!data.G))493 os.Setenv("A1", lib.ToString(data.H.A1+1111))494 os.Setenv("B1", lib.ToString(data.H.B1+1111))495 os.Setenv("C1", lib.ToString(data.H.C1+1111))496 os.Setenv("D1", lib.ToString(data.H.D1+1111))497 os.Setenv("E1", lib.ToString(data.H.E1+1111))498 os.Setenv("F1", data.H.F1+lib.ToString(1111))499 os.Setenv("G1", lib.ToString(!data.H.G1))500 os.Setenv("A3", lib.ToString(data.I.A3+1111))501 os.Setenv("B3", lib.ToString(data.I.B3+1111))502 os.Setenv("C3", lib.ToString(data.I.C3+1111))503 os.Setenv("D3", lib.ToString(data.I.D3+1111))504 os.Setenv("E3", lib.ToString(data.I.E3+1111))505 os.Setenv("F3", data.I.F3+lib.ToString(1111))506 os.Setenv("G3", lib.ToString(!data.I.G3))507 rv := reflect.ValueOf(&data)508 err := env.scanStructENV(rv.Elem())509 require.Nil(t, err)510 require.Equal(t, clone.A+1111, data.A)511 require.Equal(t, clone.B+1111, data.B)512 require.Equal(t, clone.C+1111, data.C)513 require.Equal(t, clone.D+1111, data.D)514 require.Equal(t, clone.E+1111, data.E)515 require.Equal(t, clone.F+"1111", data.F)516 require.Equal(t, !clone.G, data.G)517 require.Equal(t, clone.H.A1+1111, data.H.A1)518 require.Equal(t, clone.H.B1+1111, data.H.B1)519 require.Equal(t, clone.H.C1+1111, data.H.C1)520 require.Equal(t, clone.H.D1+1111, data.H.D1)521 require.Equal(t, clone.H.E1+1111, data.H.E1)522 require.Equal(t, clone.H.F1+"1111", data.H.F1)523 require.Equal(t, !clone.H.G1, data.H.G1)524 require.Equal(t, clone.I.A3+1111, data.I.A3)525 require.Equal(t, clone.I.B3+1111, data.I.B3)526 require.Equal(t, clone.I.C3+1111, data.I.C3)527 require.Equal(t, clone.I.D3+1111, data.I.D3)528 require.Equal(t, clone.I.E3+1111, data.I.E3)529 require.Equal(t, clone.I.F3+"1111", data.I.F3)530 require.Equal(t, !clone.I.G3, data.I.G3)531 })532}533func TestGetFieldENV(t *testing.T) {534 t.Parallel()535 prefix := "test_get_field_env"536 type test struct {537 A int538 B int64539 C uint540 D uint64541 E float64542 F string543 G bool544 }545 data := test{546 A: -1,547 B: -10,548 C: 1,549 D: 1000,550 E: 1.8,551 F: "test",552 G: true,553 }554 t.Run("empty_key_name", func(t *testing.T) {555 t.Parallel()556 clone := data557 rv := reflect.ValueOf(&clone)558 err := env.getFieldENV("A", rv.Elem().FieldByName("A"), "")559 require.Nil(t, err)560 require.Equal(t, -1, clone.A)561 })562 t.Run("notfound_key", func(t *testing.T) {563 t.Parallel()564 clone := data565 rv := reflect.ValueOf(&clone)566 err := env.getFieldENV("A", rv.Elem().FieldByName("A"), prefix+t.Name())567 require.Nil(t, err)568 require.Equal(t, -1, clone.A)569 })570 t.Run("field_cannot_set", func(t *testing.T) {571 t.Parallel()572 clone := data573 rv := reflect.ValueOf(clone)574 os.Setenv(prefix+t.Name(), "1")575 err := env.getFieldENV("A", rv.FieldByName("A"), prefix+t.Name())576 require.Error(t, err)577 require.Equal(t, -1, clone.A)578 })579 testCases := []struct {580 Name string581 FieldName string582 Value interface{}583 IsError bool584 }{585 {"int_parse_env_error", "A", "invalid", true},586 {"int_parse_env_success", "A", data.A + 100, false},587 {"int64_parse_env_error", "B", "invalid", true},588 {"int64_parse_env_success", "B", data.B + 100, false},589 {"uint_parse_env_error", "C", "invalid", true},590 {"uint_parse_env_success", "C", data.C + 100, false},591 {"uint64_parse_env_error", "D", "invalid", true},592 {"uint64_parse_env_success", "D", data.D + 100, false},593 {"float_parse_env_error", "E", "invalid", true},594 {"float_parse_env_success", "E", data.E + 100, false},595 {"string_parse_env_success", "F", data.F + "100", false},596 {"bool_parse_env_error", "G", "invalid", true},597 {"bool_parse_env_success", "G", !data.G, false},598 }599 for _, testCase := range testCases {600 tc := testCase601 t.Run(tc.Name, func(t *testing.T) {602 t.Parallel()603 clone := data604 rv := reflect.ValueOf(&clone)605 key := prefix + tc.Name606 require.Nil(t, os.Setenv(key, lib.ToString(tc.Value)))607 field, ok := rv.Elem().Type().FieldByName(tc.FieldName)608 require.True(t, ok)609 val := rv.Elem().FieldByName(tc.FieldName).Interface()610 err := env.getFieldENV(field.Name, rv.Elem().FieldByName(tc.FieldName), key)611 if tc.IsError {612 require.Error(t, err)613 require.Equal(t, val, rv.Elem().FieldByName(tc.FieldName).Interface())614 } else {615 require.Nil(t, err)616 require.Equal(t, tc.Value, rv.Elem().FieldByName(tc.FieldName).Interface())617 }618 })619 }620}621func TestCreateENV(t *testing.T) {622 t.Parallel()623 t.Run("option error", func(t *testing.T) {624 t.Parallel()625 f1 := func(_ *ENVConfig) error {626 return errors.New("error")627 }628 env, err := CreateENV(f1)629 require.Error(t, err)630 require.Nil(t, env)631 })632 t.Run("success no option", func(t *testing.T) {633 t.Parallel()634 env, err := CreateENV()635 require.Nil(t, err)636 require.NotNil(t, env)637 require.Empty(t, env.Config.Prefix)638 })639 t.Run("success with option", func(t *testing.T) {640 t.Parallel()641 prefix := "TEST_PREFIX"642 env, err := CreateENV(SetPrefixOption(prefix))643 require.Nil(t, err)644 require.NotNil(t, env)645 require.Equal(t, prefix, env.Config.Prefix)646 })647}...

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goment_test.go

Source:goment_test.go Github

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...110 lib := simpleUnixNano(testTime.UnixNano())111 assert.Equal(simpleTime(testTime).Format(), lib.Format())112 assert.Equal(time.Local, lib.ToTime().Location())113}114func TestNewFromGomentReturnsClone(t *testing.T) {115 assert := assert.New(t)116 testTime := time.Date(2011, 5, 13, 0, 0, 0, 0, time.UTC)117 lib := simpleTime(testTime)118 clone := simpleGoment(lib)119 assert.Equal(clone.Format(), lib.Format())120 clone.Add(1, "d")121 assert.NotEqual(clone.Format(), lib.Format())122}123func TestNewFromGomentReturnsCloneWithSetLocale(t *testing.T) {124 assert := assert.New(t)125 testTime := time.Date(2011, 5, 13, 0, 0, 0, 0, time.UTC)126 lib := simpleTime(testTime)127 lib.SetLocale("es")128 clone := simpleGoment(lib)129 assert.Equal(simpleTime(testTime).Format(), lib.Format())130 assert.Equal(lib.Locale(), clone.Locale())131}132func TestNewThrowErrorFromInvalidArgumentType(t *testing.T) {133 _, err := New(1)134 assert.EqualError(t, err, "Invalid argument type")135}136func TestNewThrowErrorFromInvalidISOString(t *testing.T) {137 _, err := New("2011-05a13")138 assert.EqualError(t, err, "Not a matching ISO-8601 date")139}140func TestNewThrowErrorIfTooManyArgs(t *testing.T) {141 _, err := New("2018-01-01", "YYYY-MM-DD", "fr", "stuff")142 assert.EqualError(t, err, "Invalid number of arguments")143}144func TestNewThrowErrorIfInvalidArgsForFormat(t *testing.T) {145 assert := assert.New(t)146 _, err := New(1, "YYYY-MM-DD")147 assert.EqualError(err, "First argument must be a datetime string")148 _, err = New("2018-01-01", 2)149 assert.EqualError(err, "Second argument must be a format string")150}151func TestCloneReturnsClone(t *testing.T) {152 assert := assert.New(t)153 testTime := time.Date(2011, 5, 13, 0, 0, 0, 0, time.UTC)154 lib := simpleTime(testTime)155 clone := lib.Clone()156 assert.Equal(clone.Format(), lib.Format())157 clone.Add(1, "M")158 assert.NotEqual(clone.Format(), lib.Format())159}160func TestCloneReturnsCloneWithLocale(t *testing.T) {161 assert := assert.New(t)162 testTime := time.Date(2011, 5, 13, 0, 0, 0, 0, time.UTC)163 lib := simpleTime(testTime)164 lib.SetLocale("es")165 clone := lib.Clone()166 assert.Equal(simpleTime(testTime).Format(), lib.Format())167 assert.Equal(lib.Locale(), clone.Locale())168}169func TestUnixFromSeconds(t *testing.T) {170 assert := assert.New(t)171 // time.Unix does not have microsecond info, so we must172 // compare the Unix versions of the time.173 testTime := time.Now()174 testTimeUnix := time.Unix(testTime.Unix(), 0)175 lib := simpleUnix(testTime.Unix())176 assert.Equal(simpleTime(testTimeUnix).Format(), lib.Format())177 assert.Equal(time.Local, lib.ToTime().Location())178}...

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clone.go

Source:clone.go Github

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1package git2import (3 lib "github.com/libgit2/git2go/v30"4)5// CloneOptions are mostly used git clone options from a remote6type CloneOptions struct {7 Bare bool8 Recursive bool9 Depth int10 Credentials Credential11}12// Clone fetches a git repository from a given url13func Clone(path string, url string, opts *CloneOptions) (*Repository, error) {14 options := &lib.CloneOptions{15 Bare: opts.Bare,16 }17 fetchOptions := &lib.FetchOptions{}18 fetchOptions.RemoteCallbacks = defaultRemoteCallbacks(opts)19 options.FetchOptions = fetchOptions20 _, err := lib.Clone(url, path, options)21 if err != nil {22 return nil, err23 }24 return Open(path)25}26func (opts *CloneOptions) authCallbackFunc(url string, uname string, credType lib.CredType) (lib.ErrorCode, *lib.Cred) {27 return defaultAuthCallback(opts, url, uname, credType)28}29func (opts *CloneOptions) certCheckCallbackFunc(cert *lib.Certificate, valid bool, hostname string) lib.ErrorCode {30 return defaultCertCheckCallback(opts, cert, valid, hostname)31}32func (opts *CloneOptions) creds() Credential {33 return opts.Credentials34}...

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Clone

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1func main() {2 var object = lib.Clone()3 object.Print()4}5func main() {6 var object = lib.Clone()7 object.Print()8}9import (10func main() {11 fmt.Println("URL:>", url)12 req, err := http.NewRequest("POST", url, nil)13 if err != nil {14 panic(err)15 }16 client := &http.Client{}17 resp, err := client.Do(req)18 if err != nil {19 panic(err)20 }21 defer resp.Body.Close()22 fmt.Println("response Status:", resp.Status)23 fmt.Println("response Headers:", resp.Header)24 body, _ := ioutil.ReadAll(resp.Body)25 fmt.Println("response Body:", string(body))26}27I have also tried using http.Post(), but that doesn't work either. I am able to send GET requests to the server, so I know that the server is working. I have also tried sending the request using Postman, and that works, so I know that the request is formatted correctly. I am

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Clone

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1As you can see, the code to use the Clone method is repeated in each file. This is a good example of code duplication. If you need to change the code to use Clone method, you have to change it in all files. This is not a good practice. Instead, you can create a file named lib.go and put the code to use Clone method in it. Then, you can import this file in other files to use the code. The following is the new file structure:2The following is an example of how to import a file in Go:3import (4func main() {5 lib.Clone()6 fmt.Println("Hello World!")7}8import (9func main() {10 lib.Clone()11 fmt.Println("Hello World!")12}13import "fmt"14func Clone() {15 fmt.Println("Clone method of lib class")16}17In the above example, the file lib.go is imported in main.go. You can import a file using the following syntax:18import "./path/to/file"19You can use the following syntax to import multiple files:20import (21main.go (main package)22lib.go (lib package)23lib_test.go (lib_test package)24package.go (package package)25package_test.go (

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1import "fmt"2import "lib"3func main() {4 fmt.Println("Hello, world.")5 x := lib.Clone()6 fmt.Println(x)7}8import "fmt"9func Clone() string {10 return fmt.Sprintf("Hello, world.")11}12package lib: unrecognized import path "lib" (import path does not begin with hostname)13package lib: unrecognized import path "lib" (import path does not begin with hostname)14package project2: unrecognized import path "project2" (import path does not begin with hostname)15package lib: unrecognized import path "lib" (import path does not begin with hostname)

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1import (2func main() {3 fmt.Println(stringutil.Reverse("!oG ,olleH"))4}5func Reverse(s string) string {6 r := []rune(s)7 for i, j := 0, len(r)-1; i < len(r)/2; i, j = i+1, j-1 {8 }9 return string(r)10}

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1import (2func main() {3 lib1 := lib.New()4 lib2 := lib1.Clone()5 fmt.Println(lib2)6}7&{1 2 3}

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1import (2func main() {3 fmt.Println("Hello World!")4 var y = lib.Clone(x)5 fmt.Println(y)6}7func Clone(x int) int {8}9 /usr/lib/go-1.6/src/github.com/GoLang/lib (from $GOROOT)10 /home/justin/go/src/github.com/GoLang/lib (from $GOPATH)

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1import (2func main() {3 a := Clone.Clone{"Krishna", 23, "Noida"}4 fmt.Println(a)5}6{Krishna 23 Noida}

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