How to use ListContains method of util Package

Best Gauge code snippet using util.ListContains

query_test.go

Source:query_test.go Github

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1package query_test2import (3 "context"4 "encoding/​json"5 "github.com/​Peripli/​service-manager/​pkg/​util"6 "github.com/​Peripli/​service-manager/​pkg/​web"7 "net/​http"8 "testing"9 "time"10 "github.com/​Peripli/​service-manager/​pkg/​query"11 "github.com/​Peripli/​service-manager/​pkg/​types"12 "github.com/​Peripli/​service-manager/​storage"13 "github.com/​gofrs/​uuid"14 "github.com/​Peripli/​service-manager/​pkg/​env"15 "github.com/​Peripli/​service-manager/​pkg/​sm"16 "github.com/​Peripli/​service-manager/​test/​common"17 . "github.com/​onsi/​ginkgo"18 . "github.com/​onsi/​gomega"19)20func TestQuery(t *testing.T) {21 RegisterFailHandler(Fail)22 RunSpecs(t, "Query Tests Suite")23}24var _ = Describe("Service Manager Query", func() {25 var ctx *common.TestContext26 var repository storage.Repository27 BeforeSuite(func() {28 ctx = common.NewTestContextBuilder().WithSMExtensions(func(ctx context.Context, smb *sm.ServiceManagerBuilder, e env.Environment) error {29 repository = smb.Storage30 return nil31 }).Build()32 })33 AfterEach(func() {34 if repository != nil {35 err := repository.Delete(context.Background(), types.NotificationType)36 if err != nil {37 expectedErrMsg := "not found"38 Expect(err.Error()).To(Equal(expectedErrMsg))39 }40 }41 })42 AfterSuite(func() {43 if ctx != nil {44 ctx.Cleanup()45 }46 })47 Context("Named Query", func() {48 Context("Service instance and last operations query test", func() {49 var serviceInstance1, serviceInstance2 *types.ServiceInstance50 BeforeEach(func() {51 _, serviceInstance1 = common.CreateInstanceInPlatform(ctx, ctx.TestPlatform.ID)52 _, serviceInstance2 = common.CreateInstanceInPlatform(ctx, ctx.TestPlatform.ID)53 })54 AfterEach(func() {55 ctx.CleanupAdditionalResources()56 })57 It("should return the last operation for a newly created resource", func() {58 queryParams := map[string]interface{}{59 "id_list": []string{serviceInstance1.ID},60 "resource_type": types.ServiceInstanceType,61 }62 list, err := repository.QueryForList(context.Background(), types.OperationType, storage.QueryForLastOperationsPerResource, queryParams)63 Expect(err).ShouldNot(HaveOccurred())64 lastOperation := list.ItemAt(0).(*types.Operation)65 Expect(err).ShouldNot(HaveOccurred())66 Expect(list.Len()).To(BeEquivalentTo(1))67 Expect(lastOperation.State).To(Equal(types.SUCCEEDED))68 Expect(lastOperation.Type).To(Equal(types.CREATE))69 Expect(lastOperation.ResourceID).To(Equal(serviceInstance1.ID))70 })71 When("new operation is created for the resource", func() {72 BeforeEach(func() {73 operation := &types.Operation{74 Base: types.Base{75 ID: "my_test_op_latest",76 CreatedAt: time.Now(),77 UpdatedAt: time.Now(),78 Labels: make(map[string][]string),79 Ready: true,80 },81 Description: "my_test_op_latest",82 Type: types.CREATE,83 State: types.SUCCEEDED,84 ResourceID: serviceInstance1.ID,85 ResourceType: web.ServiceInstancesURL,86 CorrelationID: "test-correlation-id",87 Reschedule: false,88 DeletionScheduled: time.Time{},89 }90 _, err := repository.Create(context.Background(), operation)91 Expect(err).ShouldNot(HaveOccurred())92 })93 It("should return the new operation as last operation", func() {94 queryParams := map[string]interface{}{95 "id_list": []string{serviceInstance1.ID},96 "resource_type": types.ServiceInstanceType,97 }98 list, err := repository.QueryForList(context.Background(), types.OperationType, storage.QueryForLastOperationsPerResource, queryParams)99 Expect(err).ShouldNot(HaveOccurred())100 lastOperation := list.ItemAt(0).(*types.Operation)101 Expect(list.Len()).To(BeEquivalentTo(1))102 Expect(lastOperation.State).To(Equal(types.SUCCEEDED))103 Expect(list.Len()).To(BeEquivalentTo(1))104 Expect(lastOperation.ID).To(Equal("my_test_op_latest"))105 })106 })107 When("Operations exists for other resources", func() {108 BeforeEach(func() {109 operation := &types.Operation{110 Base: types.Base{111 ID: "my_test_op_latest_instance2",112 CreatedAt: time.Now(),113 UpdatedAt: time.Now(),114 Labels: make(map[string][]string),115 Ready: true,116 },117 Description: "my_test_op_latest",118 Type: types.UPDATE,119 State: types.SUCCEEDED,120 ResourceID: serviceInstance2.ID,121 ResourceType: web.ServiceInstancesURL,122 CorrelationID: "test-correlation-id",123 Reschedule: false,124 DeletionScheduled: time.Time{},125 }126 _, err := repository.Create(context.Background(), operation)127 Expect(err).ShouldNot(HaveOccurred())128 })129 It("should return only the last operations associated to the resource in query", func() {130 queryParams := map[string]interface{}{131 "id_list": []string{serviceInstance1.ID},132 "resource_type": types.ServiceInstanceType,133 }134 list, err := repository.QueryForList(context.Background(), types.OperationType, storage.QueryForLastOperationsPerResource, queryParams)135 Expect(err).ShouldNot(HaveOccurred())136 Expect(list.Len()).To(BeEquivalentTo(1))137 Expect(list.ItemAt(0).GetID()).ToNot(Equal("my_test_op_latest_instance2"))138 })139 })140 It("should return the last operation for every instances in the query", func() {141 queryParams := map[string]interface{}{142 "id_list": []string{serviceInstance2.ID, serviceInstance1.ID},143 "resource_type": types.ServiceInstanceType,144 }145 list, err := repository.QueryForList(context.Background(), types.OperationType, storage.QueryForLastOperationsPerResource, queryParams)146 Expect(err).ShouldNot(HaveOccurred())147 Expect(err).ShouldNot(HaveOccurred())148 Expect(list.Len()).To(BeEquivalentTo(2))149 lastOperation1 := list.ItemAt(0).(*types.Operation)150 lastOperation2 := list.ItemAt(1).(*types.Operation)151 Expect(lastOperation1.State).To(Equal(types.SUCCEEDED))152 Expect(lastOperation2.State).To(Equal(types.SUCCEEDED))153 })154 })155 })156 Context("ByExists/​ByNotExists SubQuery", func() {157 Context("ByExists", func() {158 When("there are multiple operations for each instance", func() {159 BeforeEach(func() {160 serviceInstance1 := &types.ServiceInstance{161 Base: types.Base{162 ID: "instance1",163 },164 }165 serviceInstance2 := &types.ServiceInstance{166 Base: types.Base{167 ID: "instance2",168 },169 }170 oldestOpForInstance1 := &types.Operation{171 Base: types.Base{172 ID: "oldestOpForInstance1",173 },174 Type: types.CREATE,175 State: types.SUCCEEDED,176 ResourceID: serviceInstance1.ID,177 ResourceType: web.ServiceInstancesURL,178 }179 latestOpForInstance1 := &types.Operation{180 Base: types.Base{181 ID: "latestOpForInstance1",182 },183 Type: types.CREATE,184 State: types.SUCCEEDED,185 ResourceID: serviceInstance1.ID,186 ResourceType: web.ServiceInstancesURL,187 }188 oldestOpForInstance2 := &types.Operation{189 Base: types.Base{190 ID: "oldestOpForInstance2",191 },192 Type: types.CREATE,193 State: types.SUCCEEDED,194 ResourceID: serviceInstance2.ID,195 ResourceType: web.ServiceInstancesURL,196 }197 latestOpForInstance2 := &types.Operation{198 Base: types.Base{199 ID: "latestOpForInstance2",200 },201 Type: types.CREATE,202 State: types.SUCCEEDED,203 ResourceID: serviceInstance2.ID,204 ResourceType: web.ServiceInstancesURL,205 }206 /​/​_, err = repository.Create(context.Background(), serviceInstance1)207 /​/​Expect(err).ShouldNot(HaveOccurred())208 /​/​_, err = repository.Create(context.Background(), serviceInstance2)209 /​/​Expect(err).ShouldNot(HaveOccurred())210 _, err := repository.Create(context.Background(), oldestOpForInstance1)211 Expect(err).ShouldNot(HaveOccurred())212 _, err = repository.Create(context.Background(), latestOpForInstance1)213 Expect(err).ShouldNot(HaveOccurred())214 _, err = repository.Create(context.Background(), oldestOpForInstance2)215 Expect(err).ShouldNot(HaveOccurred())216 _, err = repository.Create(context.Background(), latestOpForInstance2)217 Expect(err).ShouldNot(HaveOccurred())218 })219 AfterEach(func() {220 err := common.RemoveAllInstances(ctx)221 Expect(err).ShouldNot(HaveOccurred())222 common.RemoveAllOperations(ctx.SMRepository)223 })224 It("should return only the operations being last operation for their corresponding instances", func() {225 criteria := []query.Criterion{query.ByExists(storage.GetSubQuery(storage.QueryForAllLastOperationsPerResource))}226 list, err := repository.List(context.Background(), types.OperationType, criteria...)227 Expect(err).ToNot(HaveOccurred())228 Expect(list.Len()).To(BeEquivalentTo(2))229 Expect(listContains(list, "latestOpForInstance1"))230 Expect(listContains(list, "latestOpForInstance2"))231 })232 It("should return only the operations being NOT last operation for their corresponding instances", func() {233 criteria := []query.Criterion{query.BySubquery(query.InSubqueryOperator, "id", storage.GetSubQuery(storage.QueryForAllNotLastOperationsPerResource))}234 list, err := repository.List(context.Background(), types.OperationType, criteria...)235 Expect(err).ToNot(HaveOccurred())236 Expect(list.Len()).To(BeEquivalentTo(2))237 Expect(listContains(list, "oldestOpForInstance1"))238 Expect(listContains(list, "oldestOpForInstance2"))239 })240 })241 })242 Context("ByExists with template parameters", func() {243 When("There is an operation is associated to a resource and another operation that is resource-less", func() {244 BeforeEach(func() {245 resource := &types.Platform{246 Base: types.Base{ID: "test-resource"},247 }248 opForInstance1 := &types.Operation{249 Base: types.Base{250 ID: "opForInstance1",251 },252 Type: types.CREATE,253 State: types.SUCCEEDED,254 ResourceID: "test-resource",255 ResourceType: web.ServiceInstancesURL,256 }257 resourcelessOperation := &types.Operation{258 Base: types.Base{259 ID: "resourcelessOp",260 },261 Type: types.CREATE,262 State: types.SUCCEEDED,263 ResourceID: "NON_EXISTENT_RESOURCE",264 ResourceType: web.ServiceInstancesURL,265 }266 _, err := repository.Create(context.Background(), resource)267 Expect(err).ShouldNot(HaveOccurred())268 _, err = repository.Create(context.Background(), opForInstance1)269 Expect(err).ShouldNot(HaveOccurred())270 _, err = repository.Create(context.Background(), resourcelessOperation)271 Expect(err).ShouldNot(HaveOccurred())272 })273 AfterEach(func() {274 common.RemoveAllPlatforms(ctx.SMRepository)275 err := common.RemoveAllInstances(ctx)276 Expect(err).ShouldNot(HaveOccurred())277 common.RemoveAllOperations(ctx.SMRepository)278 })279 It("should retrieve only the operation that is not associated to a resource", func() {280 params := storage.SubQueryParams{281 "RESOURCE_TABLE": "platforms",282 }283 subQuery, err := storage.GetSubQueryWithParams(storage.QueryForOperationsWithResource, params)284 Expect(err).ToNot(HaveOccurred())285 criterion := query.ByNotExists(subQuery)286 criteria := []query.Criterion{criterion}287 list, err := repository.List(context.Background(), types.OperationType, criteria...)288 Expect(err).ToNot(HaveOccurred())289 Expect(list.Len()).To(BeEquivalentTo(1))290 Expect(listContains(list, "resourcelessOp"))291 })292 It("should retrieve only the operation that is associated to a resource", func() {293 params := storage.SubQueryParams{294 "RESOURCE_TABLE": "platforms",295 }296 subQuery, err := storage.GetSubQueryWithParams(storage.QueryForOperationsWithResource, params)297 Expect(err).ToNot(HaveOccurred())298 criterion := query.ByExists(subQuery)299 criteria := []query.Criterion{criterion}300 list, err := repository.List(context.Background(), types.OperationType, criteria...)301 Expect(err).ToNot(HaveOccurred())302 Expect(list.Len()).To(BeEquivalentTo(1))303 Expect(listContains(list, "opForInstance1"))304 })305 })306 When("There are tenant specific services", func() {307 var tenantServiceMap map[string]interface{}308 BeforeEach(func() {309 tenantPlan := common.GenerateFreeTestPlan()310 globalPlan := common.GenerateFreeTestPlan()311 tenantService := common.GenerateTestServiceWithPlans(tenantPlan)312 globalService := common.GenerateTestServiceWithPlans(globalPlan)313 tenantServiceMap = make(map[string]interface{})314 if err := json.Unmarshal([]byte(tenantService), &tenantServiceMap); err != nil {315 panic(err)316 }317 tenantCatalog := common.NewEmptySBCatalog()318 tenantCatalog.AddService(tenantService)319 labels := common.Object{320 "labels": common.Object{321 "tenant_id": common.Array{"tenant_id_value"},322 },323 }324 ctx.RegisterBrokerWithCatalogAndLabels(tenantCatalog, labels, http.StatusCreated)325 globalCatalog := common.NewEmptySBCatalog()326 globalCatalog.AddService(globalService)327 ctx.RegisterBrokerWithCatalog(globalCatalog)328 })329 AfterEach(func() {330 err := common.RemoveAllInstances(ctx)331 Expect(err).ShouldNot(HaveOccurred())332 common.RemoveAllOperations(ctx.SMRepository)333 })334 It("should find query for tenant scoped service offerings", func() {335 params := storage.SubQueryParams{336 "TENANT_KEY": "tenant_id",337 }338 subQuery, err := storage.GetSubQueryWithParams(storage.QueryForTenantScopedServiceOfferings, params)339 Expect(err).ToNot(HaveOccurred())340 criteria := []query.Criterion{query.ByExists(subQuery)}341 list, err := repository.List(context.Background(), types.ServiceOfferingType, criteria...)342 Expect(err).ToNot(HaveOccurred())343 Expect(list.Len()).To(BeEquivalentTo(1))344 service := list.ItemAt(0).(*types.ServiceOffering)345 Expect(service.CatalogID).To(Equal(tenantServiceMap["id"]))346 })347 })348 })349 })350 Context("Query Notifications", func() {351 Context("with 2 notification created at different times", func() {352 var now time.Time353 var id1, id2 string354 BeforeEach(func() {355 now = time.Now()356 id1 = createNotification(repository, now)357 id2 = createNotification(repository, now.Add(-30*time.Minute))358 })359 It("notifications older than the provided time should not be found", func() {360 operand := util.ToRFCNanoFormat(now.Add(-time.Hour))361 criteria := query.ByField(query.LessThanOperator, "created_at", operand)362 list := queryNotification(repository, criteria)363 expectNotifications(list)364 })365 It("only 1 should be older than the provided time", func() {366 operand := util.ToRFCNanoFormat(now.Add(-20 * time.Minute))367 criteria := query.ByField(query.LessThanOperator, "created_at", operand)368 list := queryNotification(repository, criteria)369 expectNotifications(list, id2)370 })371 It("2 notifications should be found newer than the provided time", func() {372 operand := util.ToRFCNanoFormat(now.Add(-time.Hour))373 criteria := query.ByField(query.GreaterThanOperator, "created_at", operand)374 list := queryNotification(repository, criteria)375 expectNotifications(list, id1, id2)376 })377 It("only 1 notifications should be found newer than the provided time", func() {378 operand := util.ToRFCNanoFormat(now.Add(-10 * time.Minute))379 criteria := query.ByField(query.GreaterThanOperator, "created_at", operand)380 list := queryNotification(repository, criteria)381 expectNotifications(list, id1)382 })383 It("no notifications should be found newer than the last one created", func() {384 operand := util.ToRFCNanoFormat(now.Add(10 * time.Minute))385 criteria := query.ByField(query.GreaterThanOperator, "created_at", operand)386 list := queryNotification(repository, criteria)387 expectNotifications(list)388 })389 })390 })391})392func expectNotifications(list types.ObjectList, ids ...string) {393 Expect(list.Len()).To(Equal(len(ids)))394 for i := 0; i < list.Len(); i++ {395 Expect(ids).To(ContainElement(list.ItemAt(i).GetID()))396 }397}398func createNotification(repository storage.Repository, createdAt time.Time) string {399 uid, err := uuid.NewV4()400 Expect(err).ShouldNot(HaveOccurred())401 notification := &types.Notification{402 Base: types.Base{403 ID: uid.String(),404 CreatedAt: createdAt,405 Ready: true,406 },407 Payload: []byte("{}"),408 Resource: "empty",409 Type: "CREATED",410 }411 _, err = repository.Create(context.Background(), notification)412 Expect(err).ShouldNot(HaveOccurred())413 return notification.ID414}415func listContains(list types.ObjectList, itemId string) bool {416 for i := 0; i < list.Len(); i++ {417 if list.ItemAt(i).GetID() == itemId {418 return true419 }420 }421 return false422}423func queryNotification(repository storage.Repository, criterias ...query.Criterion) types.ObjectList {424 list, err := repository.List(context.Background(), types.NotificationType, criterias...)425 Expect(err).ShouldNot(HaveOccurred())426 return list427}...

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describe_test.go

Source:describe_test.go Github

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...38func testDeleteAll(t *testing.T, td *testData) {39 /​/​ Delete volume. Only clone and snapshot must exist40 test.PxTestDeleteVolume(t, td.volName)41 vols := test.PxTestGetAllVolumes(t)42 assert.False(t, util.ListContains(vols, td.volName), "Volume delete failed")43 assert.True(t, util.ListContains(vols, td.snapName), "Volume delete failed")44 assert.True(t, util.ListContains(vols, td.cloneName), "Volume delete failed")45 /​/​ Delete clone, Only snapshot must exist46 test.PxTestDeleteVolume(t, td.cloneName)47 vols = test.PxTestGetAllVolumes(t)48 assert.False(t, util.ListContains(vols, td.volName), "Volume delete failed")49 assert.False(t, util.ListContains(vols, td.cloneName), "Volume delete failed")50 assert.True(t, util.ListContains(vols, td.snapName), "Volume delete failed")51 /​/​ Delete clone, Only snapshot must exist52 test.PxTestDeleteVolume(t, td.snapName)53 vols = test.PxTestGetAllVolumes(t)54 assert.False(t, util.ListContains(vols, td.volName), "Volume delete failed")55 assert.False(t, util.ListContains(vols, td.cloneName), "Volume delete failed")56 assert.False(t, util.ListContains(vols, td.snapName), "Volume delete failed")57}58func getKeyValue(s string) (string, string) {59 x := strings.Split(s, ":")60 x[0] = strings.Trim(x[0], " ")61 x[1] = strings.Trim(x[1], " ")62 return x[0], x[1]63}64func verifyKeyValue(65 t *testing.T,66 key string,67 value string,68 expectedKey string,69 expectedValue string,70) {...

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misc_test.go

Source:misc_test.go Github

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...67 if IsMap(object) {68 t.Errorf("IsSlice test failure")69 }70}71func TestListContains(t *testing.T) {72 if !ListContains([]string{"foo", "bar"}, "foo") {73 t.Errorf("ListContains test failure")74 }75 if ListContains([]string{"foo", "bar"}, "spam") {76 t.Errorf("ListContains test failure")77 }78 if ListContains(nil, "foo") {79 t.Errorf("ListContains test failure")80 }81}82func TestMaxLineLength(t *testing.T) {83 lines := []string{"12345", "1234567890"}84 if MaxLineLength(lines) != 10 {85 t.Errorf("MaxLineLength test failure")86 }87}88func TestRemoveBlankLines(t *testing.T) {89 expected := "foo\nbar"90 actual := RemoveBlankLines("foo\n\nbar")91 if expected != actual {92 t.Errorf("Error removing blank lines: '%s' != '%s'", expected, actual)93 }...

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ListContains

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello World!")4 fmt.Println(util.ListContains([]string{"a", "b", "c"}, "b"))5 fmt.Println(util.ListContains([]string{"a", "b", "c"}, "d"))6}7func ListContains(list []string, str string) bool {8 for _, v := range list {9 if v == str {10 }11 }12}13import "util"

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ListContains

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1import (2func main() {3 list := []string{"one", "two", "three"}4 exists := util.ListContains(list, "two")5 fmt.Printf("Exists: %v6}7func ListContains(list []string, value string) bool {8 for _, v := range list {9 if v == value {10 }11 }12}

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ListContains

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1import (2func main() {3 var a = []int{1, 2, 3, 4}4 fmt.Println(util.ListContains(a, b))5}6func ListContains(a []int, b int) bool {7 for _, v := range a {8 if v == b {9 }10 }11}12import (13func main() {14 var a = []int{1, 2, 3, 4}

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ListContains

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1import (2func main() {3 fmt.Println(util.ListContains([]string{"hello", "world"}, "hello"))4}5func ListContains(list []string, item string) bool {6 for _, i := range list {7 if i == item {8 }9 }10}11 /​usr/​local/​go/​src/​github.com/​mypackage/​util (from $GOROOT)12 /​Users/​username/​go/​src/​github.com/​mypackage/​util (from $GOPATH)13 /​usr/​local/​go/​src/​github.com/​mypackage/​util (from $GOROOT)

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ListContains

Using AI Code Generation

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1import (2func main() {3 list := []int{1, 2, 3}4 fmt.Println(util.ListContains(list, 3))5}6Related Posts: Golang: How to use the rand.Intn() method?7Golang: How to use the rand.Seed() method?8Golang: How to use the rand.Float64() method?9Golang: How to use the rand.Float32() method?10Golang: How to use the rand.Int() method?11Golang: How to use the rand.Int31() method?12Golang: How to use the rand.Int31n() method?13Golang: How to use the rand.Int63() method?14Golang: How to use the rand.Int63n() method?15Golang: How to use the rand.Uint32() method?16Golang: How to use the rand.Uint64() method?17Golang: How to use the rand.Read() method?18Golang: How to use the rand.Shuffle() method?19Golang: How to use the rand.Perm() method?20Golang: How to use the rand.New() method?21Golang: How to use the rand.NewSource() method?22Golang: How to use the rand.NewSource() method?23Golang: How to use the rand.New() method?24Golang: How to use the rand.Perm() method?25Golang: How to use the rand.Shuffle() method?26Golang: How to use the rand.Read() method?27Golang: How to use the rand.Uint64() method?28Golang: How to use the rand.Uint32() method?29Golang: How to use the rand.Int63n() method?30Golang: How to use the rand.Int63() method?31Golang: How to use the rand.Int31n() method?32Golang: How to use the rand.Int31() method?33Golang: How to use the rand.Int() method?34Golang: How to use the rand.Float32() method?35Golang: How to use the rand.Float64() method?36Golang: How to use the rand.Seed() method?37Golang: How to use the rand.Intn() method?38Golang: How to use the math.Abs() method?39Golang: How to use the math.Abs() method?

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ListContains

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1if util.ListContains(list, "foo") {2 println("foo is in the list")3}4func ListContains(list []string, s string) bool {5 for _, item := range list {6 if item == s {7 }8 }9}10import (11func main() {12 list := []string{"foo", "bar", "baz"}13 if util.ListContains(list, "foo") {14 fmt.Println("foo is in the list")15 }16}

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ListContains

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1import (2func main() {3 var list = []string{"a", "b", "c", "d"}4 var contains = util.ListContains(list, "a")5 fmt.Println(contains)6}

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