How to use getHostPort method of service Package

Best Selenoid code snippet using service.getHostPort

client.go

Source:client.go

1package deployer2import (3	"encoding/json"4	"fmt"5	"net/http"6	"os"7	"time"8	"github.com/bruno-anjos/cloud-edge-deployment/api/archimedes"9	api "github.com/bruno-anjos/cloud-edge-deployment/api/deployer"10	"github.com/bruno-anjos/cloud-edge-deployment/internal/utils"11	publicUtils "github.com/bruno-anjos/cloud-edge-deployment/pkg/utils"12	"github.com/docker/go-connections/nat"13	"github.com/pkg/errors"14	log "github.com/sirupsen/logrus"15)16type Client struct {17	*utils.GenericClient18}19const (20	HeartbeatCheckerTimeout = 6021)22func NewDeployerClient(addr string) *Client {23	return &Client{24		GenericClient: utils.NewGenericClient(addr),25	}26}27func (c *Client) ExpandTree(serviceId string, location *publicUtils.Location) (status int) {28	var reqBody api.ExpandTreeRequestBody29	reqBody = location30	path := api.GetExpandTreePath(serviceId)31	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)32	status, _ = utils.DoRequest(c.Client, req, nil)33	return34}35func (c *Client) GetServices() (serviceIds []string, status int) {36	path := api.GetDeploymentsPath()37	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)38	var resp api.GetDeploymentsResponseBody39	status, _ = utils.DoRequest(c.Client, req, &resp)40	serviceIds = resp41	return42}43func (c *Client) RegisterService(serviceId string, static bool,44	deploymentYamlBytes []byte, parent, grandparent *utils.Node) (status int) {45	reqBody := api.RegisterServiceRequestBody{46		Parent:              parent,47		Grandparent:         grandparent,48		DeploymentId:        serviceId,49		Static:              static,50		DeploymentYAMLBytes: deploymentYamlBytes,51	}52	path := api.GetDeploymentsPath()53	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)54	status, _ = utils.DoRequest(c.Client, req, nil)55	return56}57func (c *Client) ExtendDeploymentTo(serviceId, targetId string) (status int) {58	path := api.GetExtendServicePath(serviceId, targetId)59	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, nil)60	status, _ = utils.DoRequest(c.Client, req, nil)61	return62}63func (c *Client) ShortenDeploymentFrom(serviceId, targetId string) (status int) {64	path := api.GetShortenServicePath(serviceId, targetId)65	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, nil)66	status, _ = utils.DoRequest(c.Client, req, nil)67	return68}69func (c *Client) DeleteService(serviceId string) (status int) {70	path := api.GetServicePath(serviceId)71	req := utils.BuildRequest(http.MethodDelete, c.GetHostPort(), path, nil)72	status, _ = utils.DoRequest(c.Client, req, nil)73	return74}75func (c *Client) RegisterServiceInstance(serviceId, instanceId string, static bool,76	portTranslation nat.PortMap, local bool) (status int) {77	reqBody := api.RegisterServiceInstanceRequestBody{78		Static:          static,79		PortTranslation: portTranslation,80		Local:           local,81	}82	path := api.GetServiceInstancePath(serviceId, instanceId)83	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)84	status, _ = utils.DoRequest(c.Client, req, nil)85	return86}87func (c *Client) RegisterHearbeatServiceInstance(serviceId, instanceId string) (status int) {88	path := api.GetServiceInstanceAlivePath(serviceId, instanceId)89	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, nil)90	status, _ = utils.DoRequest(c.Client, req, nil)91	return92}93func (c *Client) SendHearbeatServiceInstance(serviceId, instanceId string) (status int) {94	path := api.GetServiceInstanceAlivePath(serviceId, instanceId)95	req := utils.BuildRequest(http.MethodPut, c.GetHostPort(), path, nil)96	status, _ = utils.DoRequest(c.Client, req, nil)97	return98}99func (c *Client) WarnOfDeadChild(serviceId, deadChildId string, grandChild *utils.Node,100	alternatives map[string]*utils.Node, location *publicUtils.Location) (status int) {101	var reqBody api.DeadChildRequestBody102	reqBody.Grandchild = grandChild103	reqBody.Alternatives = alternatives104	reqBody.Location = location105	path := api.GetDeadChildPath(serviceId, deadChildId)106	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)107	status, _ = utils.DoRequest(c.Client, req, nil)108	return109}110func (c *Client) SetGrandparent(serviceId string, grandparent *utils.Node) (status int) {111	var reqBody api.SetGrandparentRequestBody112	reqBody = *grandparent113	path := api.GetSetGrandparentPath(serviceId)114	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)115	status, _ = utils.DoRequest(c.Client, req, nil)116	return117}118func (c *Client) WarnToTakeChild(serviceId string, child *utils.Node) (status int) {119	var reqBody api.TakeChildRequestBody120	reqBody = *child121	path := api.GetDeploymentChildPath(serviceId, child.Id)122	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)123	status, _ = utils.DoRequest(c.Client, req, nil)124	return125}126func (c *Client) WarnThatIAmParent(serviceId string, parent, grandparent *utils.Node) (status int) {127	reqBody := api.IAmYourParentRequestBody{}128	reqBody = append(reqBody, parent)129	reqBody = append(reqBody, grandparent)130	path := api.GetImYourParentPath(serviceId)131	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)132	status, _ = utils.DoRequest(c.Client, req, nil)133	return134}135func (c *Client) AskCanTakeChild(serviceId string, childId string) (status int) {136	path := api.GetCanTakeChildPath(serviceId, childId)137	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)138	status, _ = utils.DoRequest(c.Client, req, nil)139	return140}141func (c *Client) AskCanTakeParent(serviceId string, parentId string) (status int) {142	path := api.GetCanTakeParentPath(serviceId, parentId)143	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)144	status, _ = utils.DoRequest(c.Client, req, nil)145	return146}147func (c *Client) ChildDeletedDeployment(serviceId, childId string) (status int) {148	path := api.GetDeploymentChildPath(serviceId, childId)149	req := utils.BuildRequest(http.MethodDelete, c.GetHostPort(), path, nil)150	status, _ = utils.DoRequest(c.Client, req, nil)151	return152}153func (c *Client) MigrateDeployment(serviceId, origin, target string) (status int) {154	path := api.GetMigrateDeploymentPath(serviceId)155	reqBody := api.MigrateDTO{156		Origin: origin,157		Target: target,158	}159	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)160	status, _ = utils.DoRequest(c.Client, req, nil)161	return162}163func (c *Client) GetHierarchyTable() (table map[string]*api.HierarchyEntryDTO, status int) {164	path := api.GetHierarchyTablePath()165	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)166	var resp api.GetHierarchyTableResponseBody167	status, _ = utils.DoRequest(c.Client, req, &resp)168	table = resp169	return170}171func (c *Client) SetParentAlive(parentId string) (status int) {172	path := api.GetParentAlivePath(parentId)173	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, nil)174	status, _ = utils.DoRequest(c.Client, req, nil)175	return176}177func (c *Client) AddNode(nodeAddr string) (status int) {178	var reqBody api.AddNodeRequestBody179	reqBody = nodeAddr180	path := api.GetAddNodePath()181	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)182	status, _ = utils.DoRequest(c.Client, req, nil)183	return184}185func (c *Client) SendInstanceHeartbeatToDeployerPeriodically() {186	serviceId := os.Getenv(utils.ServiceEnvVarName)187	instanceId := os.Getenv(utils.InstanceEnvVarName)188	status := c.RegisterHearbeatServiceInstance(serviceId, instanceId)189	switch status {190	case http.StatusConflict:191		log.Debugf("service %s instance %s already has a heartbeat sender", serviceId, instanceId)192		return193	case http.StatusOK:194	default:195		panic(errors.New(fmt.Sprintf("received unexpected status %d", status)))196	}197	ticker := time.NewTicker((HeartbeatCheckerTimeout / 3) * time.Second)198	for {199		<-ticker.C200		log.Info("sending heartbeat to deployer")201		status = c.SendHearbeatServiceInstance(serviceId, instanceId)202		switch status {203		case http.StatusNotFound:204			log.Warnf("heartbeat to deployer retrieved not found")205		case http.StatusOK:206		default:207			panic(errors.New(fmt.Sprintf("received unexpected status %d", status)))208		}209	}210}211func (c *Client) SendAlternatives(myId string, alternatives []*utils.Node) (status int) {212	var reqBody api.AlternativesRequestBody213	reqBody = alternatives214	path := api.GetSetAlternativesPath(myId)215	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)216	status, _ = utils.DoRequest(c.Client, req, nil)217	return218}219func (c *Client) Fallback(deploymentId, orphanId string, orphanLocation *publicUtils.Location) (status int) {220	var reqBody api.FallbackRequestBody221	reqBody.OrphanId = orphanId222	reqBody.OrphanLocation = orphanLocation223	path := api.GetFallbackPath(deploymentId)224	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)225	status, _ = utils.DoRequest(c.Client, req, nil)226	return227}228func (c *Client) StartResolveUpTheTree(deploymentId string, toResolve *archimedes.ToResolveDTO) (status int) {229	var reqBody api.StartResolveUpTheTreeRequestBody230	reqBody = *toResolve231	path := api.GetStartResolveUpTheTreePath(deploymentId)232	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)233	status, _ = utils.DoRequest(c.Client, req, nil)234	return235}236func (c *Client) ResolveUpTheTree(deploymentId, origin string, toResolve *archimedes.ToResolveDTO) (status int) {237	reqBody := api.ResolveUpTheTreeRequestBody{238		Origin:    origin,239		ToResolve: toResolve,240	}241	path := api.GetResolveUpTheTreePath(deploymentId)242	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)243	status, _ = utils.DoRequest(c.Client, req, nil)244	return245}246func (c *Client) RedirectDownTheTree(deploymentId string, location *publicUtils.Location) (redirectTo string, status int) {247	var reqBody api.RedirectClientDownTheTreeRequestBody248	reqBody = location249	path := api.GetRedirectDownTheTreePath(deploymentId)250	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, reqBody)251	var (252		resp     *http.Response253		respBody api.RedirectClientDownTheTreeResponseBody254	)255	status, resp = utils.DoRequest(c.Client, req, nil)256	if status == http.StatusOK {257		err := json.NewDecoder(resp.Body).Decode(&respBody)258		if err != nil {259			panic(err)260		}261		redirectTo = respBody262	}263	return264}265func (c *Client) GetFallback() (fallback string, status int) {266	path := api.GetGetFallbackIdPath()267	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)268	var (269		respBody api.GetFallbackResponseBody270	)271	status, _ = utils.DoRequest(c.Client, req, &respBody)272	fallback = respBody273	return274}275func (c *Client) HasService(serviceId string) (has bool, status int) {276	path := api.GetHasDeploymentPath(serviceId)277	req := utils.BuildRequest(http.MethodGet, c.GetHostPort(), path, nil)278	status, _ = utils.DoRequest(c.Client, req, nil)279	has = status == http.StatusOK280	return281}282func (c *Client) SetTerminalLocation(deploymentId, origin string, location *publicUtils.Location) (status int) {283	reqBody := api.TerminalLocationRequestBody{284		Child:    origin,285		Location: location,286	}287	path := api.GetTerminalLocationPath(deploymentId)288	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, reqBody)289	status, _ = utils.DoRequest(c.Client, req, nil)290	return291}292func (c *Client) SetExploring(deploymentId, childId string) (status int) {293	path := api.GetSetExploringPath(deploymentId, childId)294	req := utils.BuildRequest(http.MethodPost, c.GetHostPort(), path, nil)295	status, _ = utils.DoRequest(c.Client, req, nil)296	return297}...

localstack.go

Source:localstack.go

1/*2This package was written to help writing tests with Localstack.  3(https://github.com/localstack/localstack)  It uses libraries that help create4and manage a Localstack docker container for your go tests.5Requirements6    Go v1.11.0 or higher 7    Docker (Tested on version 19.03.0-rc Community Edition)8*/9package localstack10import (11	"errors"12	"fmt" 13	"strings"14	"bytes"15	"bufio"16	"github.com/ory/dockertest"17	"github.com/ory/dockertest/docker"18	"github.com/aws/aws-sdk-go/aws/endpoints"19    "github.com/aws/aws-sdk-go/aws"20	"github.com/aws/aws-sdk-go/aws/session"21	"github.com/aws/aws-sdk-go/aws/credentials"22)23// Localstack_Repository is the Localstack Docker repository24const Localstack_Repository string = "localstack/localstack"25// Localstack_Tag is the last tested version of the Localstack Docker repository26const Localstack_Tag string = "0.9.1"27// Localstack is a structure used to control the lifecycle of the Localstack 28// Docker container.29type Localstack struct {30    // Resource is a pointer to the dockertest.Resource 31    // object that is the localstack docker container.32    // (https://godoc.org/github.com/ory/dockertest#Resource)33	Resource *dockertest.Resource34    // Services is a pointer to a collection of service definitions35    // that are being requested from this particular instance of Localstack.36	Services *LocalstackServiceCollection37}38// Destroy simply shuts down and cleans up the Localstack container out of docker.39func (ls *Localstack) Destroy() error {40	41	pool, err := dockertest.NewPool("")42	if err != nil {43		return errors.New(fmt.Sprintf("Could not connect to docker: %s", err))44	}45	// You can't defer this because os.Exit doesn't care for defer46	if err := pool.Purge(ls.Resource); err != nil {47		return errors.New(fmt.Sprintf("Could not purge resource: %s", err))48	}49	return nil50}51// EndpointResolver is necessary to route traffic to AWS services in your code to the Localstack52// endpoints.53func (l Localstack) EndpointFor(service, region string, optFns ...func(*endpoints.Options)) (endpoints.ResolvedEndpoint, error) {54    if service == endpoints.ApigatewayServiceID && 55       l.Services.Contains("apigateway") {56        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4567/tcp")) }, nil57    } else if service == endpoints.KinesisServiceID &&58              l.Services.Contains("kinesis") {59        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4568/tcp")) }, nil60    } else if service == endpoints.DynamodbServiceID &&61              l.Services.Contains("dynamodb") {62        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4569/tcp")) }, nil63    } else if service == endpoints.StreamsDynamodbServiceID &&64              l.Services.Contains("dynamodbstreams")  {65        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4570/tcp")) }, nil66    } else if service == endpoints.EsServiceID &&67              l.Services.Contains("es")  {68        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4571/tcp")) }, nil69    } else if service == endpoints.S3ServiceID &&70              l.Services.Contains("s3")  {71        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4572/tcp")) }, nil72    } else if service == endpoints.FirehoseServiceID &&73              l.Services.Contains("firehose")  {74        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4573/tcp")) }, nil75    } else if service == endpoints.LambdaServiceID &&76              l.Services.Contains("lambda")  {77        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4574/tcp")) }, nil78    } else if service == endpoints.SnsServiceID &&79              l.Services.Contains("sns")  {80        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4575/tcp")) }, nil81    } else if service == endpoints.SqsServiceID &&82              l.Services.Contains("sqs")  {83        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4576/tcp")) }, nil84    } else if service == endpoints.RedshiftServiceID &&85              l.Services.Contains("redshift")  {86        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4577/tcp")) }, nil87    } else if service == endpoints.EmailServiceID &&88              l.Services.Contains("ses")  {89        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4579/tcp")) }, nil90    } else if service == endpoints.Route53ServiceID &&91              l.Services.Contains("route53")  {92        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4580/tcp")) }, nil93    } else if service == endpoints.CloudformationServiceID &&94              l.Services.Contains("cloudformation")  {95        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4581/tcp")) }, nil96    } else if service == endpoints.MonitoringServiceID &&97              l.Services.Contains("cloudwatch")  {98        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4582/tcp")) }, nil99    } else if service == endpoints.SsmServiceID &&100              l.Services.Contains("ssm")  {101        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4583/tcp")) }, nil102    } else if service == endpoints.SecretsmanagerServiceID &&103              l.Services.Contains("secretsmanager")  {104        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4584/tcp")) }, nil105    } else if service == endpoints.StatesServiceID &&106              l.Services.Contains("stepfunctions")  {107        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4585/tcp")) }, nil108    } else if service == endpoints.LogsServiceID &&109              l.Services.Contains("logs")  {110        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4586/tcp")) }, nil111    } else if service == endpoints.StsServiceID &&112              l.Services.Contains("sts")  {113        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4592/tcp")) }, nil114    } else if service == endpoints.IamServiceID &&115              l.Services.Contains("iam")  {116        return endpoints.ResolvedEndpoint { URL: fmt.Sprintf("http://%s", l.Resource.GetHostPort("4593/tcp")) }, nil117    } else {118        return endpoints.DefaultResolver().EndpointFor(service, region, optFns...)119    }120}121// CreateAWSSession should be used to make sure that your AWS SDK traffic is routing to Localstack correctly.122func (l *Localstack) CreateAWSSession() *session.Session {123	return session.Must(session.NewSession(&aws.Config{124        Region: aws.String("us-east-1"),125		EndpointResolver: *l,126		DisableSSL: aws.Bool(true),127		S3ForcePathStyle: aws.Bool(true),128        Credentials: credentials.NewStaticCredentials("a", "b", "c"),129	}))130}131// NewLocalstack creates a new Localstack docker container based on the latest version.132func NewLocalstack(services *LocalstackServiceCollection) (*Localstack, error) {133	return NewSpecificLocalstack(services, "", Localstack_Repository, "latest")134}135// NewSpecificLocalstack creates a new Localstack docker container based on136// the given name, repository, and tag given.  NOTE:  The Docker image used should be a 137// Localstack image.  The behavior is unknown otherwise.  This method is provided138// to allow special situations like using a tag other than latest or when referencing 139// an internal Localstack image.140func NewSpecificLocalstack(services *LocalstackServiceCollection, name, repository, tag string) (*Localstack, error) {141	return newLocalstack(services, &_DockerWrapper{ }, name, repository, tag)142}143func getLocalstack(services *LocalstackServiceCollection, dockerWrapper DockerWrapper, name, repository, tag string) (*dockertest.Resource, error) {144    if name != "" {145        containers, err := dockerWrapper.ListContainers(docker.ListContainersOptions { All: true })146        if err != nil {147            return nil, errors.New(fmt.Sprintf("Unable to retrieve docker containers: %s", err))148        }149        for _, c := range containers {150            if c.Image == fmt.Sprintf("%s:%s", repository, tag) {151                for _,internalName := range c.Names {152                    if internalName == fmt.Sprintf("/%s", name) {153                        container, err := dockerWrapper.InspectContainer(c.ID)154                        if err !=  nil {155                            return nil, errors.New(fmt.Sprintf("Unable to inspect container %s: %s", c.ID, err))156                        }157                        return &dockertest.Resource{ Container: container }, nil158                    }159                }160            }161        }162    }163	return nil, nil164}165func newLocalstack(services *LocalstackServiceCollection, wrapper DockerWrapper, name, repository, tag string) (*Localstack, error) {166	localstack, err := getLocalstack(services, wrapper, name, repository, tag)167	if err != nil {168		return nil, err	169	}170	if localstack == nil {171		// Fifth, If we didn't find a running container before, we spin one up now.172		localstack, err = wrapper.RunWithOptions(&dockertest.RunOptions{173			Repository: repository,174			Tag: tag,175            Name: name, //If name == "", docker ignores it.176			Env: []string{177				fmt.Sprintf("SERVICES=%s", services.GetServiceMap()),178			},179		})180		if err != nil {181			return nil, errors.New(fmt.Sprintf("Could not start resource: %s", err))182		}183	}184	// Sixth, we wait for the services to be ready before we allow the tests185	// to be run.186	for _, service := range *services {187		if err := wrapper.Retry(func() error {188			// We have to use a method that checks the output189			// of the docker container here because simply checking for190			// connetivity on the ports doesn't work.191			client, err := docker.NewClientFromEnv()192			if err != nil {193				return errors.New(fmt.Sprintf("Unable to create a docker client: %s", err))194			}195			buffer := new(bytes.Buffer)196			logsOptions := docker.LogsOptions {197				Container: localstack.Container.ID,198				OutputStream: buffer,199				RawTerminal: true,200				Stdout: true,201				Stderr: true,202			}203			err = client.Logs(logsOptions)204			if err != nil {205				return errors.New(fmt.Sprintf("Unable to retrieve logs for container %s: %s", localstack.Container.ID, err))206			}207			scanner := bufio.NewScanner(buffer)208			for scanner.Scan() {209				token := strings.TrimSpace(scanner.Text())210				expected := "Ready."211				if strings.Contains(strings.TrimSpace(token),expected) {212					return nil213				}214			}215			if err := scanner.Err(); err != nil {216				return errors.New(fmt.Sprintf("Reading input: %s", err))217			}218			return errors.New("Not Ready")219		}); err != nil {220			return nil, errors.New(fmt.Sprintf("Unable to connect to %s: %s", service.Name, err))221		}222	}223	return &Localstack{224		Resource: localstack,225		Services: services,226	}, nil227}...

getHostPort

Using AI Code Generation

1import (2type HelloWorldPlugin struct {3}4func main() {5	plugin.Start(new(HelloWorldPlugin))6}7func (h *HelloWorldPlugin) Run(context plugin.PluginContext, args []string) {8	ui := ui.NewTerminalUI()9	config := core_config.NewCoreConfigWithDefaultValues()10	pluginConfig := plugin_config.NewPluginConfigWithDefaultValues()11	sess := session.New(config, pluginConfig, traceLogger)12	sess.SetLocale(i18n.GetLocale())13	pluginRepo = services.NewPluginRepository(sess, ui)14	serviceInstance, err := pluginRepo.ServiceInstance("my-service")15	host, port, err := serviceInstance.GetHostPort()16	fmt.Println(host)17	fmt.Println(port)18}19func (h *HelloWorldPlugin) GetMetadata() plugin.PluginMetadata {20	return plugin.PluginMetadata{21		Version: plugin.VersionType{22		},23		Commands: []plugin.Command{24			{25				UsageDetails: plugin.Usage{26				},27			},28		},29	}30}

getHostPort

Using AI Code Generation

1import "service"2func main() {3   host, port := service.getHostPort()4   fmt.Println(host, port)5}6import "service"7func main() {8   host, port := service.getHostPort()9   fmt.Println(host, port)10}11func getHostPort() (string, int) {12}13import "service"14func main() {15   host, port := service.getHostPort()16   fmt.Println(host, port)17}18import "service"19func main() {20   host, port := service.getHostPort()21   fmt.Println(host, port)22}23func getHostPort() (string, int) {24}25import "service"26func main() {27   host, port := service.getHostPort()28   fmt.Println(host, port)29}30import "service"31func main() {32   host, port := service.getHostPort()33   fmt.Println(host, port)34}

getHostPort

Using AI Code Generation

1func main() {2    s := service.NewService()3    port, err := s.GetHostPort()4    if err != nil {5        fmt.Println(err)6    }7    fmt.Println(port)8}

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