En este instructivo, se describe cómo configurar un depósito de Cloud Storage para alojar un sitio web estático para un dominio de su propiedad. Las páginas web estáticas pueden contener tecnologías del lado del cliente, como HTML, CSS y JavaScript. No pueden contener contenido dinámico como scripts del lado del servidor como PHP. Debido a que Cloud Storage no admite dominios personalizados con HTTPS por sí solo, este instructivo usa Cloud Storage con HTTP(S) Load Balancing para entregar contenido de un dominio personalizado a través de HTTPS. Para conocer más formas de publicar contenido desde un dominio personalizado a través de HTTPS, consulte el tema de solución de problemas relacionado. También puede usar Cloud Storage para entregar contenido de dominio personalizado a través de HTTP, que no requiere un balanceador de carga. Para ver ejemplos y sugerencias sobre páginas web estáticas, incluido cómo alojar activos estáticos para un sitio web dinámico, consulte la página Sitio web estático. == Objetivos ==Este tutorial le muestra cómo: - Crear un cubo. - Sube y comparte los archivos de tu sitio. - Configure un balanceador de carga y un certificado SSL. - Conecte su balanceador de carga a su depósito. - Apunte su dominio a su balanceador de carga usando un Un registro. - Probar el sitio web. == Costos == Este instructivo usa los siguientes componentes facturables de Google Cloud: Consulte el consejo Supervisar sus cargos para obtener detalles sobre los cargos que se pueden generar al alojar un sitio web estático. == Antes de empezar == - Inicie sesión en su cuenta de Google Cloud. Si es nuevo en Google Cloud, cree una cuenta para evaluar el rendimiento de nuestros productos en escenarios del mundo real. Los nuevos clientes también obtienen $300 en créditos gratuitos para ejecutar, probar e implementar cargas de trabajo. En la consola de Google Cloud, en la página de selección de proyectos, seleccione o cree un proyecto de Google Cloud. Asegúrate de que la facturación esté habilitada para tu proyecto de Cloud. Obtén información sobre cómo verificar si la facturación está habilitada en un proyecto. En la consola de Google Cloud, en la página de selección de proyectos, seleccione o cree un proyecto de Google Cloud. Asegúrate de que la facturación esté habilitada para tu proyecto de Cloud. Obtén información sobre cómo verificar si la facturación está habilitada en un proyecto. - Tener un dominio que sea de su propiedad o que administre. Si no tiene un dominio existente, hay muchos servicios a través de los cuales puede registrar un nuevo dominio, como Google Domains y Cloud Domains. Este tutorial utiliza el dominio ejemplo.com. - Tenga algunos archivos del sitio web que desee servir. Este tutorial funciona mejor si tiene al menos una página de índice ( index.html) y una página 404 ( 404.html). - Tener los siguientes roles de gestión de acceso e identidad: administrador de objetos de almacenamiento y administrador de red. - (Opcional) Si desea que su depósito de Cloud Storage tenga el mismo nombre que su dominio, debe verificar que posee o administra el dominio que será usando. Asegúrese de verificar el dominio de nivel superior, como ejemplo.com, y no un subdominio, como www.ejemplo.com. Si compró su dominio a través de Google Domains, la verificación es automática. == Crear un cubo == Para crear un cubo: Consola - En la consola de Google Cloud, vaya a la página Navegador de almacenamiento en la nube. - Haz clic en Crear depósito. - En la página Crear un depósito, ingrese la información de su depósito. Para ir al siguiente paso, haga clic en Continuar. - Para Nombre su depósito, ingrese un nombre que cumpla con los requisitos de nombre del depósito. - Para Elegir dónde almacenar sus datos, seleccione un Tipo de ubicación y Ubicación donde los datos del depósito se almacenarán de forma permanente. - Para Elegir una clase de almacenamiento predeterminada para sus datos, seleccione una clase de almacenamiento para el depósito. La clase de almacenamiento predeterminada se asigna de forma predeterminada a todos los objetos cargados en el depósito. Nota: El panel Estimación de costos mensuales en el panel derecho estima los costos mensuales del depósito según la clase de almacenamiento y la ubicación seleccionadas, así como el tamaño de datos y las operaciones esperados. - Para elegir cómo controlar el acceso a los objetos, seleccione si su depósito aplica o no la prevención de acceso público y seleccione un modelo de control de acceso para los objetos de su depósito. Nota: Si la política de la organización de su proyecto ya aplica la prevención del acceso público, la opción Evitar el acceso público está bloqueada. - Para elegir cómo proteger los datos de los objetos, configure las herramientas de protección si lo desea y seleccione un método de cifrado de datos. - Haz clic en Crear. Para saber cómo obtener información de error detallada sobre operaciones fallidas en el navegador de Cloud Storage, consulte Solución de problemas. Línea de comando Utilizar el gsutil mb dominio: gsutil mb gs BUCKET_NAME Donde: es el nombre que desea darle a su cubo, sujeto a los requisitos de nomenclatura. Por ejemplo, CUBO_NOMBRE mi-cubo. Si la solicitud es exitosa, el comando devuelve el siguiente mensaje: Creando gs BUCKET_NAME Establezca las siguientes banderas opcionales para tener un mayor control sobre la creación de su depósito: -p: especifique el ID del proyecto o el número de proyecto con el que se asociará su depósito. Por ejemplo, mi proyecto. -c: especifique la clase de almacenamiento predeterminada de su depósito. Por ejemplo, LINEA CERCA. -l: especifica la ubicación de tu cubo. Por ejemplo, EE.UU.-ESTE1. -b: especifique la configuración de acceso uniforme a nivel de depósito para su depósito. Por ejemplo, EN. Para obtener una lista completa de opciones para la creación de depósitos de gsutil, consulta las opciones de mb. Por ejemplo: gsutil mb -p PROJECT_ID-c STORAGE_CLASS-l BUCKET_LOCATION-b en gs BUCKET_NAME Ejemplos de código C++ Para obtener más información, consulta la documentación de referencia de la API de C++ de Cloud Storage. espacio de nombres gcs = ::google::cloud::storage; usando ::google::cloud::StatusOr; gcs::Client client, std::string const& bucket_name, std::string const& clase_almacenamiento, std::string const& location) { StatusOr bucket_metadata = client.CreateBucket(bucket_name, gcs::BucketMetadata() .set_storage_class(storage_class) .set_location(location if (!bucket_metadata) { throw std::runtime_error(bucket_metadata.statusmessage } std::cout << "Bucket " << bucket_metadata->name() << " created." << " Full Metadata: " << *bucket_metadata << " "; } C# For more information, see the Cloud Storage C# API reference documentation. using Google.Apis.Storage.v1.Data; using Google.Cloud.Storage.V1; using System; public class CreateRegionalBucketSample {Creates a storage bucket with region.The ID of the project to create the buckets inparam>The location of the bucket. Object data for objects in the bucket resides inphysical storage within this region. Defaults to USparam>The name of the bucket to createparam>The bucket's default storage class, used whenever no storageClass is specifiedfor a newly-created object. This defines how objects in the bucket are storedand determines the SLA and the cost of storage. Values include MULTI_REGIONAL,REGIONAL, STANDARD, NEARLINE, COLDLINE, ARCHIVE, and DURABLE_REDUCED_AVAILABILITY.If this value is not specified when the bucket is created, it will default toSTANDARDparam> public Bucket CreateRegionalBucket( string projectId = "your-project-id", string bucketName = "your-unique-bucket-name", string location = "us-west1", string storageClass = "REGIONAL") { var storage = StorageClient.Create Bucket bucket = new Bucket { Location = location, Name = bucketName, StorageClass = storageClass }; var newlyCreatedBucket = storage.CreateBucket(projectId, bucket); Console.WriteLineCreated {bucketName return newlyCreatedBucket; } } Go For more information, see the Cloud Storage Go API reference documentation. import ( "context" "fmt" "io" "time" "cloud.google.com/go/storage" ) // createBucketClassLocation creates a new bucket in the project with Storage class and // location. func createBucketClassLocation(w io.Writer, projectID, bucketName string) error { // projectID := "my-project-id" // bucketName := "bucket-name" ctx := context.Background() client, err := storage.NewClient(ctx) if err != nil { return fmt.Errorf("storage.NewClient: %v", err) } defer client.Close() ctx, cancel := context.WithTimeout(ctx, time.Second*10) defer cancel() storageClassAndLocation := &storage.BucketAttrs{ StorageClass: "COLDLINE", Location: "asia", } bucket := client.Bucket(bucketName) if err := bucket.Create(ctx, projectID, storageClassAndLocation); err != nil { return fmt.Errorf("Bucket(%q).Create: %v", bucketName, err) } fmt.Fprintf(w, "Created bucket %v in %v with storage class %v ", bucketName, storageClassAndLocation.Location, storageClassAndLocation.StorageClass) return nil } Java For more information, see the Cloud Storage Java API reference documentation. import com.google.cloud.storage.Bucket; import com.google.cloud.storage.BucketInfo; import com.google.cloud.storage.Storage; import com.google.cloud.storage.StorageClass; import com.google.cloud.storage.StorageOptions; public class CreateBucketWithStorageClassAndLocation { public static void createBucketWithStorageClassAndLocation(String projectId, String bucketName) { // The ID of your GCP project // String projectId = "your-project-id"; // The ID to give your GCS bucket // String bucketName = "your-unique-bucket-name"; Storage storage = StorageOptions.newBuildersetProjectId(projectId).buildgetService // See the StorageClass documentation for other valid storage classes: // httpsgoogleapis.dev/java/google-cloud-clients/latest/com/google/cloud/storage/StorageClass.html StorageClass storageClass = StorageClass.COLDLINE; // See this documentation for other valid locations: // httpg.co/cloud/storage/docs/bucket-locations#location-mr String location = "ASIA"; Bucket bucket = storage.create( BucketInfo.newBuilder(bucketName) .setStorageClass(storageClass) .setLocation(location) .build System.out.println( "Created bucket " + bucket.getName() + " in " + bucket.getLocation() + " with storage class " + bucket.getStorageClass } } Node.js For more information, see the Cloud Storage Node.js API reference documentation. * TODO(developer): Uncomment the following lines before running the sample. */ // The ID of your GCS bucket // const bucketName = 'your-unique-bucket-name'; // The name of a storage class // See the StorageClass documentation for other valid storage classes: // httpsgoogleapis.dev/java/google-cloud-clients/latest/com/google/cloud/storage/StorageClass.html // const storageClass = 'coldline'; // The name of a location // See this documentation for other valid locations: // httpg.co/cloud/storage/docs/locations#location-mr // const location = 'ASIA'; // Imports the Google Cloud client library const {Storage} = requiregoogle-cloud/storage // Creates a client // The bucket in the sample below will be created in the project associated with this client. // For more information, please see httpscloud.google.com/docs/authentication/production or httpsgoogleapis.dev/nodejs/storage/latest/Storage.html const storage = new Storage async function createBucketWithStorageClassAndLocation() { // For default values see: httpscloud.google.com/storage/docs/locations and // httpscloud.google.com/storage/docs/storage-classes const [bucket] = await storage.createBucket(bucketName, { location, [storageClass]: true,console.log( bucket.name} created with ${storageClass} class in ${location}` ); } createBucketWithStorageClassAndLocationcatch(console.error); PHP For more information, see the Cloud Storage PHP API reference documentation. use Google\Cloud\Storage\StorageClient;* Create a new bucket with a custom default storage class and location. * * @param string $bucketName The name of your Cloud Storage bucket. */ function create_bucket_class_location($bucketName) { // $bucketName = 'my-bucket'; $storage = new StorageClient $storageClass = 'COLDLINE'; $location = 'ASIA'; $bucket = $storage->createBucket($bucketName, [ 'storageClass' => $storageClass, 'location' => $location,$objects = $bucket->objects([ 'encryption' => [ 'defaultKmsKeyName' => null, ]printf('Created bucket %s in %s with storage class %s', $bucketName, $storageClass, $location); } Python For more information, see the Cloud Storage Python API reference documentation. from google.cloud import storage def create_bucket_class_location(bucket_name):Create a new bucket in the US region with the coldline storage class# bucket_name = "your-new-bucket-name" storage_client = storage.Client() bucket = storage_client.bucket(bucket_name) bucket.storage_class = "COLDLINE" new_bucket = storage_client.create_bucket(bucket, location="us") print( "Created bucket {} in {} with storage class format( new_bucket.name, new_bucket.location, new_bucket.storage_class ) ) return new_bucket Ruby For more information, see the Cloud Storage Ruby API reference documentation. def create_bucket_class_location bucket_name: # The ID to give your GCS bucket # bucket_name = "your-unique-bucket-name" require "google/cloud/storage" storage = Google::Cloud::Storage.new bucket = storage.create_bucket bucket_name, location: "ASIA", storage_class: "COLDLINE" puts "Created bucket #{bucket.name} in #{bucket.location} with #{bucket.storage_class} class" end Terraform You can use a Terraform resource to create a storage bucket. # Create new storage bucket in the US multi-region # with coldline storage resource "google_storage_bucket" "static" { name = "new-bucket" location = "US" storage_class = "COLDLINE" uniform_bucket_level_access = true } REST APIS JSON API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. - Create a .json file that contains the settings for the bucket, which must include a namefor the bucket. See the Buckets:Insert documentation for a complete list of settings. The following are common settings to include: { "name": " BUCKET_NAME", "location": " BUCKET_LOCATION", "storageClass": " STORAGE_CLASS", "iamConfiguration": { "uniformBucketLevelAccess": { "enabled": true }, } } Where: is the name you want to give your bucket, subject to naming requirements. For example, BUCKET_NAME my-bucket. is the location where you want to store your bucket's object data. For example, BUCKET_LOCATION US-EAST1. is the default storage class of your bucket. For example, STORAGE_CLASS NEARLINE. cURLto call the JSON API: curl -X POST --data-binary @ JSON_FILE_NAME.json \ -H "Authorization: Bearer OAUTH2_TOKEN" \ -H "Content-Type: application/json" \ "httpsstorage.googleapis.com/storage/v1/b?project= PROJECT_IDENTIFIER" Where: is name of the JSON file you created in Step 2. JSON_FILE_NAME is the access token you generated in Step 1. OAUTH2_TOKEN is the ID or number of the project with which your bucket will be associated. For example, PROJECT_IDENTIFIER my-project. XML API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. - Create a .xml file that contains the following information: BUCKET_LOCATION STORAGE_CLASS Where: is the location where you want to store your bucket's object data. For example, BUCKET_LOCATION US-EAST1. is the default storage class of your bucket. For example, STORAGE_CLASS NEARLINE. cURLto call the XML API: curl -X PUT --data-binary @ XML_FILE_NAME.xml \ -H "Authorization: Bearer OAUTH2_TOKEN" \ -H "x-goog-project-id: PROJECT_ID" \ "httpsstorage.googleapis.com/ BUCKET_NAME" Where: is name of the XML file you created in Step 2. XML_FILE_NAME is the access token you generated in Step 1. OAUTH2_TOKEN is the ID of the project with which your bucket will be associated. For example, PROJECT_ID my-project. is the name you want to give your bucket, subject to naming requirements. For example, BUCKET_NAME my-bucket. == Upload your site's files == Add the files you want your website to serve to the bucket: Console - In the Google Cloud console, go to the Cloud Storage Browserpage. In the list of buckets, click the name of the bucket that you created. TheBucket detailspage opens with the Objectstab selected. Click theUpload filesbutton. In the file dialog, browse to the desired file and select it. After the upload completes, you should see the filename along with file information displayed in the bucket. To learn how to get detailed error information about failed operations in the Cloud Storage browser, see Troubleshooting. gsutil Use the gsutil cp command to copy files to your bucket. For example, to copy the file index.html from its current location Desktop to the bucket my-static-assets: gsutil cp Desktop/index.html gsmy-static-assets If successful, the command returns: Copying fileDesktop/index.html [Content-Type=text/html Uploading gsmy-static-assets/index.html: 0 B/2.58 KiB Uploading gsmy-static-assets/index.html: 2.58 KiB/2.58 KiB Code samples For more information, see the Cloud Storage C++ API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage C# API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Go API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Java API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Node.js API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage PHP API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Python API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Ruby API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: == C++ == namespace gcs = ::google::cloud::storage; using ::google::cloud::StatusOr; gcs::Client client, std::string const& file_name, std::string const& bucket_name, std::string const& object_name) { // Note that the client library automatically computes a hash on the // client-side to verify data integrity during transmission. StatusOr metadata = client.UploadFile( file_name, bucket_name, object_name, gcs::IfGenerationMatch(0 if (!metadata) throw std::runtime_error(metadata.statusmessage std::cout << "Uploaded " << file_name << " to object " << metadata->name() << " in bucket " << metadata->bucket() << " Full metadata: " << *metadata << " "; } namespace gcs = ::google::cloud::storage; using ::google::cloud::StatusOr; gcs::Client client, std::string const& bucket_name, std::string const& object_name) { std::string const text = "Lorem ipsum dolor sit amet"; std::vector v(100, text); gcs::ObjectWriteStream stream = client.WriteObject(bucket_name, object_name); std::copy(v.begin v.end std::ostream_iterator(stream stream.Close StatusOr metadata = std::move(stream).metadata if (!metadata) throw std::runtime_error(metadata.statusmessage std::cout << "Successfully wrote to object " << metadata->name() << " its size is: " << metadata->size() << " Full metadata: " << *metadata << " "; } == C# == using Google.Cloud.Storage.V1; using System; using System.IO; public class UploadFileSample { public void UploadFile( string bucketName = "your-unique-bucket-name", string localPath = "my-local-path/my-file-name", string objectName = "my-file-name") { var storage = StorageClient.Create using var fileStream = File.OpenRead(localPath); storage.UploadObject(bucketName, objectName, null, fileStream); Console.WriteLineUploaded {objectName } } using Google.Cloud.Storage.V1; using System; using System.IO; using System.Text; public class UploadObjectFromMemorySample { public void UploadObjectFromMemory( string bucketName = "unique-bucket-name", string objectName = "file-name", string contents = "Hello world { var storage = StorageClient.Create byte[] byteArray = Encoding.UTF8.GetBytes(contents); MemoryStream stream = new MemoryStream(byteArray); storage.UploadObject(bucketName, objectName, "application/octet-stream" , stream); Console.WriteLine {objectName} uploaded to bucket {bucketName} with contents: {contents } } == Go == import ( "context" "fmt" "io" "os" "time" "cloud.google.com/go/storage" ) // uploadFile uploads an object. func uploadFile(w io.Writer, bucket, object string) error { // bucket := "bucket-name" // object := "object-name" ctx := context.Background() client, err := storage.NewClient(ctx) if err != nil { return fmt.Errorf("storage.NewClient: %v", err) } defer client.Close() // Open local file. f, err := os.Open("notes.txt") if err != nil { return fmt.Errorf("os.Open: %v", err) } defer f.Close() ctx, cancel := context.WithTimeout(ctx, time.Second*50) defer cancel() o := client.Bucket(bucket).Object(object) // Optional: set a generation-match precondition to avoid potential race // conditions and data corruptions. The request to upload is aborted if the // object's generation number does not match your precondition. // For an object that does not yet exist, set the DoesNotExist precondition. o = o.If(storage.Conditions{DoesNotExist: true}) // If the live object already exists in your bucket, set instead a // generation-match precondition using the live object's generation number. // attrs, err := o.Attrs(ctx) // if err != nil { // return fmt.Errorf("object.Attrs: %v", err) // } // o = o.If(storage.Conditions{GenerationMatch: attrs.Generation}) // Upload an object with storage.Writer. wc := o.NewWriter(ctx) if _, err = io.Copy(wc, f); err != nil { return fmt.Errorf("io.Copy: %v", err) } if err := wc.Close err != nil { return fmt.Errorf("Writer.Close: %v", err) } fmt.Fprintf(w, "Blob %v uploaded. ", object) return nil } import ( "bytes" "context" "fmt" "io" "time" "cloud.google.com/go/storage" ) // streamFileUpload uploads an object via a stream. func streamFileUpload(w io.Writer, bucket, object string) error { // bucket := "bucket-name" // object := "object-name" ctx := context.Background() client, err := storage.NewClient(ctx) if err != nil { return fmt.Errorf("storage.NewClient: %v", err) } defer client.Close() b := []byte("Hello world buf := bytes.NewBuffer(b) ctx, cancel := context.WithTimeout(ctx, time.Second*50) defer cancel() // Upload an object with storage.Writer. wc := client.Bucket(bucket).Object(object).NewWriter(ctx) wc.ChunkSize = 0 // note retries are not supported for chunk size 0. if _, err = io.Copy(wc, buf); err != nil { return fmt.Errorf("io.Copy: %v", err) } // Data can continue to be added to the file until the writer is closed. if err := wc.Close err != nil { return fmt.Errorf("Writer.Close: %v", err) } fmt.Fprintf(w, "%v uploaded to %v. ", object, bucket) return nil } == Java == import com.google.cloud.storage.BlobId; import com.google.cloud.storage.BlobInfo; import com.google.cloud.storage.Storage; import com.google.cloud.storage.StorageOptions; import java.io.IOException; import java.nio.file.Files; import java.nio.file.Paths; public class UploadObject { public static void uploadObject( String projectId, String bucketName, String objectName, String filePath) throws IOException { // The ID of your GCP project // String projectId = "your-project-id"; // The ID of your GCS bucket // String bucketName = "your-unique-bucket-name"; // The ID of your GCS object // String objectName = "your-object-name"; // The path to your file to upload // String filePath = "path/to/your/file" Storage storage = StorageOptions.newBuildersetProjectId(projectId).buildgetService BlobId blobId = BlobId.of(bucketName, objectName); BlobInfo blobInfo = BlobInfo.newBuilder(blobId).build storage.create(blobInfo, Files.readAllBytes(Paths.get(filePath System.out.println( "File " + filePath + " uploaded to bucket " + bucketName + " as " + objectName); } } import com.google.cloud.storage.BlobId; import com.google.cloud.storage.BlobInfo; import com.google.cloud.storage.Storage; import com.google.cloud.storage.StorageOptions; import java.io.ByteArrayInputStream; import java.io.IOException; import java.nio.charset.StandardCharsets; public class UploadObjectFromMemory { public static void uploadObjectFromMemory( String projectId, String bucketName, String objectName, String contents) throws IOException { // The ID of your GCP project // String projectId = "your-project-id"; // The ID of your GCS bucket // String bucketName = "your-unique-bucket-name"; // The ID of your GCS object // String objectName = "your-object-name"; // The string of contents you wish to upload // String contents = "Hello world Storage storage = StorageOptions.newBuildersetProjectId(projectId).buildgetService BlobId blobId = BlobId.of(bucketName, objectName); BlobInfo blobInfo = BlobInfo.newBuilder(blobId).build byte[] content = contents.getBytes(StandardCharsets.UTF_8); storage.createFrom(blobInfo, new ByteArrayInputStream(content System.out.println( "Object " + objectName + " uploaded to bucket " + bucketName + " with contents " + contents); } } == Node.js == * TODO(developer): Uncomment the following lines before running the sample. */ // The ID of your GCS bucket // const bucketName = 'your-unique-bucket-name'; // The path to your file to upload // const filePath = 'path/to/your/file'; // The new ID for your GCS file // const destFileName = 'your-new-file-name'; // Imports the Google Cloud client library const {Storage} = requiregoogle-cloud/storage // Creates a client const storage = new Storage async function uploadFile() { await storage.bucket(bucketName).upload(filePath, { destination: destFileName, console.logfilePath} uploaded to ${bucketName } uploadFilecatch(console.error); * TODO(developer): Uncomment the following lines before running the sample. */ // The ID of your GCS bucket // const bucketName = 'your-unique-bucket-name'; // The contents that you want to upload // const contents = 'these are my contents'; // The new ID for your GCS file // const destFileName = 'your-new-file-name'; // Imports the Google Cloud Node.js client library const {Storage} = requiregoogle-cloud/storage // Creates a client const storage = new Storage async function uploadFromMemory() { await storage.bucket(bucketName).file(destFileName).save(contents); console.log( destFileName} with contents ${contents} uploaded to ${bucketName ); } uploadFromMemorycatch(console.error); == PHP == use Google\Cloud\Storage\StorageClient; * Upload a file. * * @param string $bucketName The name of your Cloud Storage bucket. * @param string $objectName The name of your Cloud Storage object. * @param string $source The path to the file to upload. */ function upload_object($bucketName, $objectName, $source) { // $bucketName = 'my-bucket'; // $objectName = 'my-object'; // $source = '/path/to/your/file'; $storage = new StorageClient $file = fopen($source, 'r $bucket = $storage->bucket($bucketName); $object = $bucket->upload($file, [ 'name' => $objectName printf('Uploaded %s to gss/%s' . PHP_EOL, basename($source), $bucketName, $objectName); } use Google\Cloud\Storage\StorageClient; * Upload an object from memory buffer. * * @param string $bucketName The name of your Cloud Storage bucket. * @param string $objectName The name of your Cloud Storage object. * @param string $contents The contents to upload to the file. */ function upload_object_from_memory( string $bucketName, string $objectName, string $contents ): void { // $bucketName = 'my-bucket'; // $objectName = 'my-object'; // $contents = 'these are my contents'; $storage = new StorageClient $stream = fopen('datatext/plain,' . $contents, 'r $bucket = $storage->bucket($bucketName); $bucket->upload($stream, [ 'name' => $objectName, printf('Uploaded %s to gss/%s' . PHP_EOL, $contents, $bucketName, $objectName); } == Python == from google.cloud import storage def upload_blob(bucket_name, source_file_name, destination_blob_name): Uploads a file to the bucket # The ID of your GCS bucket # bucket_name = "your-bucket-name" # The path to your file to upload # source_file_name = "local/path/to/file" # The ID of your GCS object # destination_blob_name = "storage-object-name" storage_client = storage.Client() bucket = storage_client.bucket(bucket_name) blob = bucket.blob(destination_blob_name) blob.upload_from_filename(source_file_name) print( "File {} uploaded to format( source_file_name, destination_blob_name ) ) from google.cloud import storage def upload_blob_from_memory(bucket_name, contents, destination_blob_name): Uploads a file to the bucket # The ID of your GCS bucket # bucket_name = "your-bucket-name" # The contents to upload to the file # contents = "these are my contents" # The ID of your GCS object # destination_blob_name = "storage-object-name" storage_client = storage.Client() bucket = storage_client.bucket(bucket_name) blob = bucket.blob(destination_blob_name) blob.upload_from_string(contents) print( with contents {} uploaded to format( destination_blob_name, contents, bucket_name ) ) == Ruby == def upload_file bucket_name:, local_file_path:, file_name: nil # The ID of your GCS bucket # bucket_name = "your-unique-bucket-name" # The path to your file to upload # local_file_path = "/local/path/to/file.txt" # The ID of your GCS object # file_name = "your-file-name" require "google/cloud/storage" storage = Google::Cloud::Storage.new bucket = storage.bucket bucket_name, skip_lookup: true file = bucket.create_file local_file_path, file_name puts "Uploaded #{local_file_path} as #{file.name} in bucket #{bucket_name}" end # The ID of your GCS bucket # bucket_name = "your-unique-bucket-name" # The ID of your GCS object # file_name = "your-file-name" # The contents to upload to your file # file_content = "Hello, world!" require "google/cloud/storage" storage = Google::Cloud::Storage.new bucket = storage.bucket bucket_name, skip_lookup: true file = bucket.create_file StringIO.new(file_content), file_name puts "Uploaded file #{file.name} to bucket #{bucket_name} with content: #{file_content}" For more information, see the Cloud Storage C++ API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage C# API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Go API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Java API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Node.js API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage PHP API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Python API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: For more information, see the Cloud Storage Ruby API reference documentation. The following sample uploads an object from a file: The following sample uploads an object from memory: REST APIs JSON API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. Use cURLto call the JSON API with a POSTObject request. For the file index.htmluploaded to a bucket named my-static-assets: curl -X POST --data-binary @index.html \ -H "Content-Type: text/html" \ -H "Authorization: Bearer ya29.AHES6ZRVmB7fkLtd1XTmq6mo0S1wqZZi3-Lh_s-6Uw7p8vtgSwg" \ "httpsstorage.googleapis.com/upload/storage/v1/b/my-static-assets/o?uploadType=media&name=index.html" XML API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. Use cURLto call the XML API with a PUTObject request. For the file index.htmluploaded to a bucket named my-static-assets: curl -X PUT --data-binary @index.html \ -H "Authorization: Bearer ya29.AHES6ZRVmB7fkLtd1XTmq6mo0S1wqZZi3-Lh_s-6Uw7p8vtgSwg" \ -H "Content-Type: text/html" \ "httpsstorage.googleapis.com/my-static-assets/index.html" == Share your files == To make all objects in your bucket readable to anyone on the public internet: Console - In the Google Cloud console, go to the Cloud Storage Browserpage. In the list of buckets, click the name of the bucket that you want to make public. Select thePermissionstab near the top of the page. Click the + Addbutton. TheAdd principalsdialog box appears. In theNew principalsfield, enter allUsers. In theSelect a roledrop down, select the Cloud Storagesub-menu, and click the Storage Object Vieweroption. ClickSave. ClickAllow public access. Once shareda **link** icon appears for each object in the *public access* column. You can click this icon to get the URL for the object. To learn how to get detailed error information about failed operations in the Cloud Storage browser, see Troubleshooting. gsutil Use the gsutil iam ch command: gsutil iam ch allUsers:objectViewer gsmy-static-assets Code samples For more information, see the Cloud Storage C++ API reference documentation. For more information, see the Cloud Storage Go API reference documentation. For more information, see the Cloud Storage Java API reference documentation. For more information, see the Cloud Storage Node.js API reference documentation. For more information, see the Cloud Storage Python API reference documentation. For more information, see the Cloud Storage Ruby API reference documentation. == C++ == namespace gcs = ::google::cloud::storage; using ::google::cloud::StatusOr; gcs::Client client, std::string const& bucket_name) { auto current_policy = client.GetNativeBucketIamPolicy( bucket_name, gcs::RequestedPolicyVersion(3 if (!current_policy) { throw std::runtime_error(current_policy.statusmessage } current_policy->set_version(3); current_policy->bindingsemplace_back( gcs::NativeIamBinding("roles/storage.objectViewer", {"allUsers auto updated = client.SetNativeBucketIamPolicy(bucket_name, *current_policy); if (!updated) throw std::runtime_error(updated.statusmessage std::cout << "Policy successfully updated: " << *updated << " "; } == Go == import ( "context" "fmt" "io" "cloud.google.com/go/iam" "cloud.google.com/go/storage" iampb "google.golang.org/genproto/googleapis/iam/v1" ) // setBucketPublicIAM makes all objects in a bucketreadable. func setBucketPublicIAM(w io.Writer, bucketName string) error { // bucketName := "bucket-name" ctx := context.Background() client, err := storage.NewClient(ctx) if err != nil { return fmt.Errorf("storage.NewClient: %v", err) } defer client.Close() policy, err := client.Bucket(bucketName).IAMV3Policy(ctx) if err != nil { return fmt.Errorf("Bucket(%q).IAMV3Policy: %v", bucketName, err) } role := "roles/storage.objectViewer" policy.Bindings = append(policy.Bindings, &iampb.Binding{ Role: role, Members: []string{iam.AllUsers}, }) if err := client.Bucket(bucketName).IAMV3SetPolicy(ctx, policy); err != nil { return fmt.Errorf("Bucket(%q).IAMSetPolicy: %v", bucketName, err) } fmt.Fprintf(w, "Bucket %v is nowreadable ", bucketName) return nil } == Java == import com.google.cloud.Identity; import com.google.cloud.Policy; import com.google.cloud.storage.Storage; import com.google.cloud.storage.StorageOptions; import com.google.cloud.storage.StorageRoles; public class MakeBucketPublic { public static void makeBucketPublic(String projectId, String bucketName) { // The ID of your GCP project // String projectId = "your-project-id"; // The ID of your GCS bucket // String bucketName = "your-unique-bucket-name"; Storage storage = StorageOptions.newBuildersetProjectId(projectId).buildgetService Policy originalPolicy = storage.getIamPolicy(bucketName); storage.setIamPolicy( bucketName, originalPolicy .toBuilder() .addIdentity(StorageRoles.objectViewer Identity.allUsers // All users can view .build System.out.println("Bucket " + bucketName + " is nowreadable } } == Node.js == * TODO(developer): Uncomment the following lines before running the sample. */ // The ID of your GCS bucket // const bucketName = 'your-unique-bucket-name'; // Imports the Google Cloud client library const {Storage} = requiregoogle-cloud/storage // Creates a client const storage = new Storage async function makeBucketPublic() { await storage.bucket(bucketName).makePublic console.log(`Bucket ${bucketName} is nowreadable } makeBucketPubliccatch(console.error); == Python == from typing import List from google.cloud import storage def set_bucket_public_iam( bucket_name: str = "your-bucket-name", members: List[str] = ["allUsers ): Set a public IAM Policy to bucket # bucket_name = "your-bucket-name" storage_client = storage.Client() bucket = storage_client.bucket(bucket_name) policy = bucket.get_iam_policy(requested_policy_version=3) policy.bindings.append( {"role": "roles/storage.objectViewer", "members": members} ) bucket.set_iam_policy(policy) print("Bucket {} is nowreadable".format(bucket.name)) == Ruby == def set_bucket_public_iam bucket_name: # The ID of your GCS bucket # bucket_name = "your-unique-bucket-name" require "google/cloud/storage" storage = Google::Cloud::Storage.new bucket = storage.bucket bucket_name bucket.policy do |p| p.add "roles/storage.objectViewer", "allUsers" end puts "Bucket #{bucket_name} is nowreadable" end For more information, see the Cloud Storage C++ API reference documentation. For more information, see the Cloud Storage Go API reference documentation. For more information, see the Cloud Storage Java API reference documentation. For more information, see the Cloud Storage Node.js API reference documentation. For more information, see the Cloud Storage Python API reference documentation. For more information, see the Cloud Storage Ruby API reference documentation. REST APIs JSON API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. Create a JSON file that contains the following information: { "bindings { "role": "roles/storage.objectViewer", "membersallUsers"] } ] } Use cURLto call the JSON API with a PUTBucket request: curl -X PUT --data-binary @ JSON_FILE_NAME\ -H "Authorization: Bearer OAUTH2_TOKEN" \ -H "Content-Type: application/json" \ "httpsstorage.googleapis.com/storage/v1/b/ BUCKET_NAME/iam" Where: is the path for the JSON file that you created in Step 2. JSON_FILE_NAME is the access token you created in Step 1. OAUTH2_TOKEN is the name of the bucket whose objects you want to make public. For example, BUCKET_NAME my-static-assets. XML API Making all objects in a bucketreadable is not supported by the XML API. Use gsutil or the JSON API instead, or set ACLs for each individual object. To make individual objects in your bucketaccessible, you need to switch your bucket's **Access control** mode to **Fine-grained Generally, making all files in your bucketaccessible is easier and faster. Visitors receive a http 403 response code when requesting the URL for a non-public or non-existent file. See the next section for information on how to add an error page that uses a http 404 response code. == Recommended: Assign specialty pages == You can assign an index page suffix, which is controlled by the MainPageSuffix property, and a custom error page, which is controlled by the NotFoundPage property. Assigning either is optional, but without an index page, nothing is served when users access your top-level site, for example, httpswww.example.com. For more information about the MainPageSuffix and NotFoundPage properties, see Specialty pages. In the following sample, the MainPageSuffix is set to index.html and NotFoundPage is set to 404.html: Console - In the Google Cloud console, go to the Cloud Storage Browserpage. In the list of buckets, find the bucket you created. Click theBucket overflowmenu ( ) associated with the bucket and select Edit website configuration. In the website configuration dialog, specify the main page and error page. ClickSave. To learn how to get detailed error information about failed operations in the Cloud Storage browser, see Troubleshooting. gsutil Use the gsutil web set command to set the MainPageSuffix property with the -m flag and the NotFoundPage with the -e flag: gsutil web set -m index.html -e 404.html gsmy-static-assets If successful, the command returns: Setting website config on gsmy-static-assets Code samples For more information, see the Cloud Storage C++ API reference documentation. For more information, see the Cloud Storage C# API reference documentation. For more information, see the Cloud Storage Go API reference documentation. For more information, see the Cloud Storage Java API reference documentation. For more information, see the Cloud Storage Node.js API reference documentation. For more information, see the Cloud Storage PHP API reference documentation. For more information, see the Cloud Storage Python API reference documentation. For more information, see the Cloud Storage Ruby API reference documentation. == C++ == namespace gcs = ::google::cloud::storage; using ::google::cloud::StatusOr; gcs::Client client, std::string const& bucket_name, std::string const& main_page_suffix, std::string const& not_found_page) { StatusOr original = client.GetBucketMetadata(bucket_name); if (!original) throw std::runtime_error(original.statusmessage StatusOr patched_metadata = client.PatchBucket( bucket_name, gcs::BucketMetadataPatchBuilderSetWebsite( gcs::BucketWebsite{main_page_suffix, not_found_page gcs::IfMetagenerationMatch(original->metageneration if (!patched_metadata) { throw std::runtime_error(patched_metadata.statusmessage } if (!patched_metadata->has_website { std::cout << "Static website configuration is not set for bucket " << patched_metadata->name() << " "; return; } std::cout << "Static website configuration successfully set for bucket " << patched_metadata->name() << " New main page suffix is: " << patched_metadata->websitemain_page_suffix << " New not found page is: " << patched_metadata->websitenot_found_page << " "; } == C# == using Google.Apis.Storage.v1.Data; using Google.Cloud.Storage.V1; using System; public class BucketWebsiteConfigurationSample { public Bucket BucketWebsiteConfiguration( string bucketName = "your-bucket-name", string mainPageSuffix = "index.html", string notFoundPage = "404.html") { var storage = StorageClient.Create var bucket = storage.GetBucket(bucketName); if (bucket.Website == null) { bucket.Website = new Bucket.WebsiteData } bucket.Website.MainPageSuffix = mainPageSuffix; bucket.Website.NotFoundPage = notFoundPage; bucket = storage.UpdateBucket(bucket); Console.WriteLineStatic website bucket {bucketName} is set up to use {mainPageSuffix} as the index page and {notFoundPage} as the 404 not found page return bucket; } } == Go == import ( "context" "fmt" "io" "time" "cloud.google.com/go/storage" ) // setBucketWebsiteInfo sets website configuration on a bucket. func setBucketWebsiteInfo(w io.Writer, bucketName, indexPage, notFoundPage string) error { // bucketName := "www.example.com" // indexPage := "index.html" // notFoundPage := "404.html" ctx := context.Background() client, err := storage.NewClient(ctx) if err != nil { return fmt.Errorf("storage.NewClient: %v", err) } defer client.Close() ctx, cancel := context.WithTimeout(ctx, time.Second*10) defer cancel() bucket := client.Bucket(bucketName) bucketAttrsToUpdate := storage.BucketAttrsToUpdate{ Website: &storage.BucketWebsite{ MainPageSuffix: indexPage, NotFoundPage: notFoundPage, }, } if _, err := bucket.Update(ctx, bucketAttrsToUpdate); err != nil { return fmt.Errorf("Bucket(%q).Update: %v", bucketName, err) } fmt.Fprintf(w, "Static website bucket %v is set up to use %v as the index page and %v as the 404 page ", bucketName, indexPage, notFoundPage) return nil } == Java == import com.google.cloud.storage.Bucket; import com.google.cloud.storage.Storage; import com.google.cloud.storage.StorageOptions; public class SetBucketWebsiteInfo { public static void setBucketWesbiteInfo( String projectId, String bucketName, String indexPage, String notFoundPage) { // The ID of your GCP project // String projectId = "your-project-id"; // The ID of your static website bucket // String bucketName = "www.example.com"; // The index page for a static website bucket // String indexPage = "index.html"; // The 404 page for a static website bucket // String notFoundPage = "404.html"; Storage storage = StorageOptions.newBuildersetProjectId(projectId).buildgetService Bucket bucket = storage.get(bucketName); bucket.toBuildersetIndexPage(indexPage).setNotFoundPage(notFoundPage).buildupdate System.out.println( "Static website bucket " + bucketName + " is set up to use " + indexPage + " as the index page and " + notFoundPage + " as the 404 page } } == Node.js == * TODO(developer): Uncomment the following lines before running the sample. */ // The ID of your GCS bucket // const bucketName = 'your-unique-bucket-name'; // The name of the main page // const mainPageSuffix = 'httpexample.com'; // The Name of a 404 page // const notFoundPage = 'httpexample.com/404.html'; // Imports the Google Cloud client library const {Storage} = requiregoogle-cloud/storage // Creates a client const storage = new Storage async function addBucketWebsiteConfiguration() { await storage.bucket(bucketName).setMetadata({ website: { mainPageSuffix, notFoundPage, }, console.log( `Static website bucket ${bucketName} is set up to use ${mainPageSuffix} as the index page and ${notFoundPage} as the 404 page` ); } addBucketWebsiteConfigurationcatch(console.error); == PHP == use Google\Cloud\Storage\StorageClient; * Update the given bucket's website configuration. * * @param string $bucketName The name of your Cloud Storage bucket. * @param string $indexPageObject the name of an object in the bucket to use as * an index page for a static website bucket. * @param string $notFoundPageObject the name of an object in the bucket to use * as the 404 Not Found page. */ function define_bucket_website_configuration($bucketName, $indexPageObject, $notFoundPageObject) { // $bucketName = 'my-bucket'; // $indexPageObject = 'index.html'; // $notFoundPageObject = '404.html'; $storage = new StorageClient $bucket = $storage->bucket($bucketName); $bucket->update([ 'website' => [ 'mainPageSuffix' => $indexPageObject, 'notFoundPage' => $notFoundPageObject ] printf( 'Static website bucket %s is set up to use %s as the index page and %s as the 404 page $bucketName, $indexPageObject, $notFoundPageObject ); } == Python == from google.cloud import storage def define_bucket_website_configuration(bucket_name, main_page_suffix, not_found_page): Configure website-related properties of bucket # bucket_name = "your-bucket-name" # main_page_suffix = "index.html" # not_found_page = "404.html" storage_client = storage.Client() bucket = storage_client.get_bucket(bucket_name) bucket.configure_website(main_page_suffix, not_found_page) bucket.patch() print( "Static website bucket {} is set up to use {} as the index page and {} as the 404 page".format( bucket.name, main_page_suffix, not_found_page ) ) return bucket == Ruby == def define_bucket_website_configuration bucket_name:, main_page_suffix:, not_found_page: # The ID of your static website bucket # bucket_name = "www.example.com" # The index page for a static website bucket # main_page_suffix = "index.html" # The 404 page for a static website bucket # not_found_page = "404.html" require "google/cloud/storage" storage = Google::Cloud::Storage.new bucket = storage.bucket bucket_name bucket.update do |b| b.website_main = main_page_suffix b.website_404 = not_found_page end puts "Static website bucket #{bucket_name} is set up to use #{main_page_suffix} as the index page and " not_found_page} as the 404 page" end For more information, see the Cloud Storage C++ API reference documentation. For more information, see the Cloud Storage C# API reference documentation. For more information, see the Cloud Storage Go API reference documentation. For more information, see the Cloud Storage Java API reference documentation. For more information, see the Cloud Storage Node.js API reference documentation. For more information, see the Cloud Storage PHP API reference documentation. For more information, see the Cloud Storage Python API reference documentation. For more information, see the Cloud Storage Ruby API reference documentation. REST APIs JSON API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. Create a JSON file that sets the mainPageSuffixand notFoundPageproperties in a websiteobject to the desired pages: { "website "mainPageSuffix": "index.html", "notFoundPage": "404.html" } } Use cURLto call the JSON API with a PATCHBucket request. For the bucket my-static-assets: curl -X PATCH --data-binary @web-config.json \ -H "Authorization: Bearer ya29.AHES6ZRVmB7fkLtd1XTmq6mo0S1wqZZi3-Lh_s-6Uw7p8vtgSwg" \ -H "Content-Type: application/json" \ "httpsstorage.googleapis.com/storage/v1/b/my-static-assets" XML API - Get an authorization access token from the OAuth 2.0 Playground. Configure the playground to use your own OAuth credentials. For instructions, see API authentication. Create an XML file that sets the MainPageSuffixand NotFoundPageelements in a WebsiteConfigurationelement to the desired pages: index.html 404.html Use cURLto call the XML API with a PUTBucket request and websiteConfigquery string parameter. For my-static-assets: curl -X PUT --data-binary @web-config.xml \ -H "Authorization: Bearer ya29.AHES6ZRVmB7fkLtd1XTmq6mo0S1wqZZi3-Lh_s-6Uw7p8vtgSwg" \ httpsstorage.googleapis.com/my-static-assets?websiteConfig == Set up your load balancer and SSL certificate == Cloud Storage doesn't support custom domains with HTTPS on its own, so you also need to set up an SSL certificate attached to an HTTPS load balancer to serve your website through HTTPS. This section shows you how to add your bucket to a load balancer's backend and how to add a new Google-managed SSL certificate to the load balancer's front end. - Go to the Load balancing page in the Google Cloud console. Go to the Load balancing page - Under HTTP(S) load balancing, click Start configuration. - Select From Internet to my VMs or serverless services. - Select Global HTTP(S) Load Balancer. Click Continue. The configuration window for your load balancer appears. Before continuing with the configuration, give you load balancer aName, such as example-lb. Configure the backend - Click Backend configuration. - In the Backend services & backend bucketsdropdown, click Create a backend bucket. - Choose a Backend bucket name, such as example-bucket. The name you choose can be different from the name of the bucket you created earlier. - Click Browse, found in the Cloud Storage bucketfield. - Select the my-static-assetsbucket you created earlier, and click Select. - (Optional) If you want to use Cloud CDN, select the checkbox for Enable Cloud CDNand configure Cloud CDN as desired. Note that Cloud CDN may incur additional costs. - Click Create. Configure routing rules Routing rules are the components of a external HTTP(S) load balancer's URL map. For this tutorial, you should skip this portion of the load balancer configuration, because it is automatically set to use the backend you just configured. Configure the frontend This section shows you how to configure the HTTPS protocol and create an SSL certificate. You can also select an existing certificate or upload a self-managed SSL certificate. - Click Frontend configuration. - (Optional) Give your frontend configuration a Name. - For Protocol, select HTTPS (includes HTTP/2). - For Network Service Tier, select Premium. - For IP version, select IPv4. If you prefer IPv6, see IPv6 termination for additional information. For the IP addressfield: - In the dropdown, click Create IP address. - In the Reserve a new static IP addresspop-up, enter a name, such as example-ipfor the Nameof the IP address. - Click Reserve. ForPort, select 443. In the Certificatefield dropdown, select Create a new certificate. The certificate creation form appears in a panel. Configure the following: - Give your certificate a Name, such as example-ssl. - For Create mode, select Create Google-managed certificate. - For Domains, enter your website name, such as www.example.com. If you want to serve your content through additional domains such as the root domain example.com, press Enterto add them on additional lines. Each certificate has a limit of 100 domains. ClickCreate. ClickDone. Review the configuration - Click Review and finalize. - Review the Frontend, Routing rules, and Backend. - Click Create. You may need to wait a few minutes for the load balancer to be created. == Connect your domain to your load balancer == After the load balancer is created, click the name of your load balancer: example-lb. Note the IP address associated with the load balancer: for example, 30.90.80.100. To point your domain to your load balancer, create an A record using your domain registration service. If you added multiple domains to your SSL certificate, you must add an A record for each one, all pointing to the load balancer's IP address. For example, to create A records for www.example.com and example.com: NAME TYPE DATA www A 30.90.80.100 @ A 30.90.80.100 If you are using Google Domains, see the Google Domains Help page for more information. == Recommended: Monitor the SSL certificate status == It might take up to 60-90 minutes for Google Cloud to provision the certificate and make the site available through the load balancer. To monitor the status of your certificate: Console - Go to the Load balancing page in the Google Cloud console. Go to the Load balancing page - Click the name of your load balancer: example-lb. - Click the name of the SSL certificate associated with the load balancer: example-ssl. - The Statusand Domain statusrows show the certificate status. Both must be active in order for the certificate to be valid for your website. gcloud To check the certificate status, run the following command: gcloud beta compute ssl-certificates describeCERTIFICATE_NAME\ --global \ --format="get(name,managed.status)" To check the domain status, run the following command: gcloud beta compute ssl-certificates describeCERTIFICATE_NAME\ --global \ --format="get(managed.domainStatus)" See Troubleshooting SSL certificates for more information about certificate status. == Test the website == Once the SSL certificate is active, verify that content is served from the bucket by going to httpswww.example.com/test.html, where test.html is an object stored in the bucket that you're using as the backend. If you set the MainPageSuffix property, httpswww.example.com goes to index.html. == Clean up == After you finish the tutorial, you can clean up the resources that you created so that they stop using quota and incurring charges. The following sections describe how to delete or turn off these resources. Delete the project The easiest way to eliminate billing is to delete the project that you created for the tutorial. To delete the project: - In the Cloud console, go to the Manage resourcespage. - In the project list, select the project that you want to delete, and then click Delete. - In the dialog, type the project ID, and then clickdownto delete the project. Delete the load balancer and bucket If you don't want to delete the entire project, delete the load balancer and bucket that you created for the tutorial: - Go to the Load balancing page in the Google Cloud console. Go to the Load balancing page - Select the checkbox next to example-lb. - Click Delete. - (Optional) Select the checkbox next to the resources you want to delete along with the load balancer, such as the my-static-assetsbucket or the example-sslSSL certificate. - Click Delete load balanceror Delete load balancer and the selected resources. Release a reserved IP address To delete the reserved IP address you used for the tutorial: In the Cloud console, go to the External IP addressespage. Go to External IP addresses Select the checkboxes next to example-ip. ClickRelease static address. In the confirmation window, clickDelete. == What's next == - Learn how to serve your static website over HTTP. - See examples and tips for using buckets to host a static website. - Visit the troubleshooting section for hosting a static website. - Learn about hosting static assets for a dynamic website. - Learn about other Google Cloud web serving solutions. - Try other Google Cloud tutorials that use Cloud Storage. == Try it for yourself == If you're new to Google Cloud, create an account to evaluate how Cloud Storage performs in real-world scenarios. New customers also get $300 in free credits to run, test, and deploy workloads.Try Cloud Storage free