google-cloud-bucket
Advanced tools
Google Cloud Bucket is node.js package to add objects to a Google Cloud Bucket.
npm i google-cloud-bucket --save
Before using this package, you must first:
Have a Google Cloud Account.
Have a Service Account set up with the following 2 roles:
roles/storage.objectCreatorroles/storage.objectAdmin (only if you want to update access to object or create/delete buckets)roles/storage.admin (only if you want to update access to an entire bucket)Get the JSON keys file for that Service Account above
Save that JSON key into a service-account.json file. Make sure it is located under a path that is accessible to your app (the root folder usually).
const { join } = require('path')
const { client } = require('google-cloud-bucket')
const storage = client.new({
jsonKeyFile: join(__dirname, './service-account.json')
})
// LISTING ALL THE BUCKETS IN THAT PROJECT
storage.list().then(console.log)
const someObject = {
firstname: 'Nicolas',
lastname: 'Dao',
company: 'Neap Pty Ltd',
city: 'Sydney'
}
// CREATING A BUCKET (This method will fail if your bucket name is not globally unique. You also need to the role 'roles/storage.objectAdmin')
storage.bucket('your-globally-unique-bucket-name').create()
.then(data => console.log(data))
// CREATING A BUCKET IN SPECIFIC LOCATION (default is US. A detailed list of all the locations can be found in the Annexes of this document)
storage.bucket('your-globally-unique-bucket-name').create({ location: 'australia-southeast1' })
.then(data => console.log(data))
// DELETING A BUCKET
storage.bucket('your-globally-unique-bucket-name').delete({ force:true })
.then(data => console.log(data))
// GET A BUCKET'S SETUP DATA
storage.bucket('your-globally-unique-bucket-name').get()
.then(data => console.log(data))
// ADDING AN OBJECT
storage.insert(someObject, 'your-bucket/a-path/filename.json') // insert an object into a bucket 'a-path/filename.json' does not need to exist
.then(() => storage.get('your-bucket/a-path/filename.json')) // retrieve that new object
.then(res => console.log(JSON.stringify(res, null, ' ')))
// ADDING A HTML PAGE WITH PUBLIC ACCESS (warning: Your service account must have the 'roles/storage.objectAdmin' role)
const html = `
<!doctype html>
<html>
<body>
<h1>Hello Giiiiirls</h1>
</body>
</html>`
storage.insert(html, 'your-bucket/a-path/index.html')
// UPLOADING AN IMAGE (we assume we have access to an image as a buffer variable called 'imgBuffer')
storage.insert(imgBuffer, 'your-bucket/a-path/image.jpg')
// GETTING BACK THE OBJECT
storage.get('your-bucket/a-path/filename.json').then(obj => console.log(obj))
// GETTING THE HTML BACK
storage.get('your-bucket/a-path/index.html').then(htmlString => console.log(htmlString))
// GETTING BACK THE IMAGE
// USE CASE 1 - Loading the entire buffer in memory
storage.get('your-bucket/a-path/image.jpg').then(imgBuffer => console.log(imgBuffer))
// USE CASE 2 - Loading the image on your filesystem
storage.get('your-bucket/a-path/image.jpg', { dst: 'some-path/image.jpg' })
.then(() => console.log(`Image successfully downloaded.`))
// USE CASE 3 - Piping the image buffer into a custom stream reader
const { Writable } = require('stream')
const customReader = new Writable({
write(chunk, encoding, callback) {
console.log('Hello chunk of image')
callback()
}
})
storage.get('your-bucket/a-path/image.jpg', { streamReader: customReader })
.then(() => console.log(`Image successfully downloaded.`))
// TESTING IF A FILE OR A BUCKET EXISTS
storage.exists('your-bucket/a-path/image.jpg')
.then(fileExists => fileExists ? console.log('File exists.') : console.log('File does not exist.'))
// LISTING ALL THE FILES METADATA WITH A FILEPATH THAT STARTS WITH SPECIFIC NAME
storage.list('your-bucket/a-path/')
.then(files => console.log(files))
Bucket API
The examples above demonstrate how to insert and query any storage. We've also included a variant of those APIs that are more focused on the bucket:
// THIS API:
storage.insert(someObject, 'your-bucket/a-path/filename.json')
// CAN BE REWRITTEN AS FOLLOW:
storage.bucket('your-bucket').object('a-path/filename.json').insert(someObject)
// THIS API:
storage.get('your-bucket/a-path/filename.json').then(obj => console.log(obj))
// CAN BE REWRITTEN AS FOLLOW:
storage.bucket('your-bucket').object('a-path/filename.json').get().then(obj => console.log(obj))
// THIS API:
storage.exists('your-bucket/a-path/image.jpg')
.then(fileExists => fileExists ? console.log('File exists.') : console.log('File does not exist.'))
// CAN BE REWRITTEN AS FOLLOW:
storage.bucket('your-bucket').object('a-path/image.jpg').exists()
.then(fileExists => fileExists ? console.log('File exists.') : console.log('File does not exist.'))
// THIS API:
storage.list('your-bucket/a-path/')
.then(files => console.log(files))
// CAN BE REWRITTEN AS FOLLOW:
storage.bucket('your-bucket').object('a-path/').list()
.then(files => console.log(files))
This allows to make any files publicly readable by anybody on the web. That's usefull if you want to host a website, or publish data (e.g., RSS feed).
Once your bucket is publicly readable, everyone can access it at this url: https://storage.googleapis.com/your-bucket/some-path/index.html
WARNING: If that bucket hosts files that hsould be accessible cross domain (e.g., an RSS feed), don't forget to also set up CORS (next section Configuring CORS On a Bucket).
const bucket = storage.bucket('your-bucket')
// TEST WHETHER A BUCKET IS PUBLIC OR NOT
bucket.isPublic().then(isPublic => isPublic ? console.log(`Bucket '${bucket.name}' is public`) : console.log(`Bucket '${bucket.name}' is not public`))
// MAKING A BUCKET PUBLICLY READABLE (warning: Your service account must have the 'roles/storage.admin' role)
// Once a bucket is public, all content added to it (even when omitting the 'public' flag) is public
bucket.addPublicAccess()
.then(({ publicUri }) => console.log(`Your web page is publicly available at: ${publicUri}`))
// REMOVING THE PUBLICLY READABLE ACCESS FROM A BUCKET (warning: Your service account must have the 'roles/storage.admin' role)
bucket.removePublicAccess()
// MAKING AN EXISTING OBJECT PUBLICLY READABLE (warning: Your service account must have the 'roles/storage.objectAdmin' role)
bucket.object('a-path/private.html').addPublicAccess()
.then(({ publicUri }) => console.log(`Your web page is publicly available at: ${publicUri}`))
// REMOVING THE PUBLICLY READABLE ACCESS FROM A FILE (warning: Your service account must have the 'roles/storage.objectAdmin' role)
bucket.object('a-path/private.html').removePublicAccess()
It is also possible to make a single file publicly readable in a single command when the file is created:
storage.insert(html, 'your-bucket/a-path/index.html', { public: true })
.then(({ publicUri }) => console.log(`Your web page is publicly available at: ${publicUri}`))
Once your file is publicly readable, everyone can access it at this url: https://storage.googleapis.com/your-bucket/a-path/index.html
WARNING: If that bucket hosts files that hsould be accessible cross domain (e.g., an RSS feed), don't forget to also set up CORS (next section Configuring CORS On a Bucket).
It is also possible to set a file's content encoding in a single command when the file is created:
storage.insert(html, 'your-bucket/a-path/index.html', { contentEncoding: 'gzip' })
.then(({ publicUri }) => console.log(`Your gzipped file is available at: ${publicUri}`))
If your files are publicly readable on the web, they might not be accessible when referenced from other websites. To enable other websites to access your files, you will have to configure CORS on your bucket:
// CONFIGURE CORS ON A BUCKET (warning: Your service account must have the 'roles/storage.admin' role)
bucket.cors.setup({
origin: ['*'],
method: ['GET', 'OPTIONS', 'HEAD', 'POST'],
responseHeader: ['Authorization', 'Origin', 'X-Requested-With', 'Content-Type', 'Accept'],
maxAgeSeconds: 3600
})
.then(() => console.log(`CORS successfully set up on your bucket.`))
If you want to check if CORS has already been set up on a bucket:
bucket.cors.exists().then(yes => yes
? console.log(`CORS already set up on bucket '${bucket.name}'.`)
: console.log(`CORS not set up yet on bucket '${bucket.name}'.`))
You can also check if a specific CORS config exists:
bucket.cors.exists({
origin: ['*'],
method: ['GET', 'OPTIONS', 'HEAD', 'POST'],
responseHeader: ['Authorization', 'Origin', 'X-Requested-With', 'Content-Type', 'Accept'],
maxAgeSeconds: 3600
}).then(yes => yes
? console.log(`CORS already set up on bucket '${bucket.name}'.`)
: console.log(`CORS not set up yet on bucket '${bucket.name}'.`))
To remove CORS from a bucket:
bucket.cors.disable().then(() => console.log(`CORS successfully disabled on bucket '${bucket.name}'.`))
To achieve this you need to setup 5 things:
You need to setup the service account that you've been using to manage your bucket (defined in your service-account.json) as a domain owner. To achieve that, the first step is to prove your ownership using https://search.google.com/search-console/welcome. When that's done, open the settings and select User and permissions. There, you'll be able to add a new owner, which will allow you to add the email of your service account.
Create a bucket with a name matching your domain (e.g., www.your-domain-name.com)
Make that bucket public. Refer to section Publicly Readable Config above.
Add a new CNAME record in your DNS similar to this:
| Type | Name | Value |
|---|---|---|
| CNAME | www | c.storage.googleapis.com |
Configure the bucket so that each index.html and the 404.html page are the default pages (otherwise, you'll have to explicitly enter http://www.your-domain-name.com/index.html to reach your website instead of simply entering http://www.your-domain-name.com):
bucket.website.setup({
mainPageSuffix: 'index.html',
notFoundPage: '404.html'
}).then(console.log)
const bucket = storage.bucket('your-bucket-name')
bucket.object('some-folder-path').zip({
to: {
local: 'some-path-on-your-local-machine',
bucket: {
name: 'another-existing-bucket-name', // Optional (default: Source bucket. In our example, that source bucket is 'your-bucket-name')
path: 'some-folder-path.zip' // Optional (default: 'archive.zip'). If specified, must have the '.zip' extension.
}
},
ignore:[/\.png$/, /\.jpg$/, /\.html$/] // Optional. Array of strings or regex
})
.then(({ count, data }) => {
console.log(`${count} files have been zipped`)
if (data)
// 'data' is null if the 'options.to' is defined
console.log(`The zip file's size is: ${data.length/1024} KB`)
})
Extra Options
You can also track the various steps of the zipping process with the optional on object:
const bucket = storage.bucket('your-bucket-name')
bucket.object('some-folder-path').zip({
to: {
local: 'some-path-on-your-local-machine',
bucket: {
name: 'another-existing-bucket-name', // Optional (default: Source bucket. In our example, that source bucket is 'your-bucket-name')
path: 'some-folder-path.zip' // Optional (default: 'archive.zip'). If specified, must have the '.zip' extension.
}
},
on:{
'files-listed': (files) => {
console.log(`Total number of files to be zipped: ${files.count}`)
console.log(`Raw size: ${(files.size/1024/1024).toFixed(1)} MB`)
// 'files.data' is an array of all the files' details
},
'file-received': ({ file, size }) => {
console.log(`File ${file} (byte size: ${size}) is being zipped`)
},
'finished': ({ size }) => {
console.log(`Zip process completed. The zip file's size is ${size} bytes`)
},
'saved': () => {
console.log('The zipped file has been saved')
},
'error': err => {
console.log(`${err.message}\n${err.stack}`)
}
}
})
.then(({ count, data }) => {
console.log(`${count} files have been zipped`)
if (data)
// 'data' is null if the 'options.to' is defined
console.log(`The zip file's size is: ${data.length/1024} KB`)
})
service-account.jsonWe assume that you have created a Service Account in your Google Cloud Account (using IAM) and that you've downloaded a service-account.json (the name of the file does not matter as long as it is a valid json file). The first way to create a client is to provide the path to that service-account.json as shown in the following example:
const storage = client.new({
jsonKeyFile: join(__dirname, './service-account.json')
})
This method is similar to the previous one. You should have dowloaded a service-account.json, but instead of providing its path, you provide some of its details explicitly:
const storage = client.new({
clientEmail: 'some-client-email',
privateKey: 'some-secret-private-key',
projectId: 'your-project-id'
})
If you're managing an Google Cloud OAuth2 token yourself (most likely using the google-auto-auth library), you are not required to explicitly pass account details like what was done in the previous 2 approaches. You can simply specify the projectId:
const storage = client.new({ projectId: 'your-project-id' })
Refer to the next section to see how to pass an OAuth2 token.
Networks errors (e.g. socket hang up, connect ECONNREFUSED) are a fact of life. To deal with those undeterministic errors, this library uses a simple exponential back off retry strategy, which will reprocess your read or write request for 10 seconds by default. You can increase that retry period as follow:
// Retry timeout for CHECKING FILE EXISTS
storage.exists('your-bucket/a-path/image.jpg', { timeout: 30000 }) // 30 seconds retry period timeout
// Retry timeout for INSERTS
storage.insert(someObject, 'your-bucket/a-path/filename.json', { timeout: 30000 }) // 30 seconds retry period timeout
// Retry timeout for QUERIES
storage.get('your-bucket/a-path/filename.json', { timeout: 30000 }) // 30 seconds retry period timeout
If you've used the 3rd method to create a client (i.e. 3. Using a ProjectId), then all the method you use require an explicit OAuth2 token:
storage.list({ token }).then(console.log)
All method accept a last optional argument object.
The Google Cloud Storage API supports partial response. This allows to only return specific fields rather than all of them, which can improve performances if you're querying a lot of objects. The only method that currently supports partial response is the the list API.
storage.bucket('your-bucket').object('a-folder/').list({ fields:['name'] })
The above example only returns the name field. The full list of supported fields is detailed under bucketObject.list([options]) section.
<Promise<GoogleBucketObject>>Gets an object located under the bucket's filePath path.
filePath <String>options <Object><Promise<Array<GoogleBucketBase|GoogleBucketObject>>>Lists buckets for this project or objects under a specific filePath.
filePath <String>options <Object>filePath is passed.filePath is passed.<Promise<GoogleBucketObjectPlus>>Inserts a new object to filePath.
object <Object>Object you want to upload.filePath <String>Storage's pathname destination where that object is uploaded, e.g., your-bucket-id/media/css/style.css.options <Object><Promise<GoogleBucketObjectPlus>>Inserts a file located at localPath to filePath.
localPath <String>Absolute path on your local machine of the file you want to upload.filePath <String> Storage's pathname destination where that object is uploaded, e.g., your-bucket-id/media/css/style.css.options <Object><Promise<Boolean>>Checks whether an object located under the filePath path exists or not.
filePath <String>options <Object><Promise<Object>>Grants public access to a file located under the filePath path.
filePath <String>options
<Promise<Object>>Removes public access from a file located under the filePath path.
filePath <String>options <Object><Bucket>Gets a bucket object. This object exposes a series of APIs described under the bucket API section below.
bucketId <String>The bucket object is created using a code snippet similar to the following:
const bucket = storage.bucket('your-bucket-id')
<String>Gets the bucket's name
<Promise<Object>>Gets a bucket's metadata object.
options <Object><Promise<Boolean>>Checks if a bucket exists.
options <Object><Promise<Object>>Creates a new bucket.
options <Object>
location <String> Default is US. The full list can be found in section List Of All Google Cloud Platform Locations.<Promise<Object>>Deletes a bucket.
options <Object>
force <Boolean> Default is false. When false, deleting a non-empty bucket throws a 409 error. When set to true, even a non-empty bucket is deleted. Behind the scene, the entire content is deleted first. That's why forcing a bucket deletion might take longer.count <Number> The number of files deleted. This count number does not include the bucket itself (e.g., 0 means that the bucket was empty and was deleted successfully).data <Object> Extra information about the deleted bucket.<Promise<Object>>Updates a bucket.
config <Object>options <Object><Promise<Object>>Grants public access to a bucket as well as all its files.
options <Object><Promise<Object>>Removes public access from a bucket as well as all its files.
options <Object><Promise<Boolean>>Checks if a bucket is public or not.
options <Object><Promise<Object>>Zips bucket.
options <Object><Promise<Boolean>>Checks if a bucket has been configured with specific CORS setup.
corsConfig <Object>options <Object><Promise<Object>>Configures a bucket with a specific CORS setup.
corsConfig <Object>options <Object><Promise<Object>>Removes any CORS setup from a bucket.
options <Object><Promise<Object>>Configures a bucket with a specific website setup.
NOTE: This API does not change the bucket access state. You should make this bucket public first using the
bucket.addPublicAccessAPI described above.
webConfig <Object>
mainPageSuffix <String> This is the file that would be served by default when the website's pathname does not specify any explicit file name (e.g., use index.html so that https://your-domain.com is equivalent to http://your-domain.com/index.html).notFoundPage <String> This is the page that would be served if your user enter a URL that does not match any file (e.g., 404.html).options <Object><BucketObject>Gets a bucket's object reference. This object exposes a series of APIs detailed in the next section BucketObject API.
filePath <String> This path represents a file or a folder.The bucketObject object is created using a code snippet similar to the following:
const bucket = storage.bucket('your-bucket-id')
const bucketObject = bucket.object('folder1/folder2/index.html')
<String>Gets bucketObject file name.
<Promise<<Object>>Gets the bucket object.
options <Object><Promise<<Array<Object>>>Lists all the objects located under the bucket object (if that bucket object is a folder).
options <Object>
pattern <String|Array<String>> Filters results using a glob pattern or an array of globbing patterns (e.g., '**/*.png' to only get png images).ignore <String|Array<String>> Filters results using a glob pattern or an array of globbing patterns to ignore some files or folders (e.g., '**/*.png' to return everything except png images).fields <Array<String>> Whitelists the properties that are returned to increase network performance. The available fields are: 'kind','id','selfLink','name','bucket','generation','metageneration','contentType','timeCreated','updated','storageClass','timeStorageClassUpdated','size','md5Hash','mediaLink','crc32c','etag'.<Promise<Boolean>>Checks if a bucket object exists or not.
options <Object><Promise<GoogleBucketObjectPlus>>Inserts a new object to that bucket object.
object <Object>Object you want to upload.options <Object><Promise<GoogleBucketObjectPlus>>Inserts a file located at localPath to that bucket object.
localPath <String>Absolute path on your local machine of the file you want to upload.options <Object><Promise<Object>>Deletes an object or an entire folder.
options <Object>count <Number> The number of files deleted.NOTE: To delete a folder, the argument used to create the
bucketObjectmust be a folder (e.g.,storage.bucket('your-bucket-id').object('folderA/folderB').delete())
<Promise<Object>>Lists all the objects located under the bucket object (if that bucket object is a folder).
options <Object><Promise<Object>>Grants public access to a bucket object.
options <Object><Promise<Object>>Removes public access from a bucket object.
options <Object>kind <String> Always set to 'storage#bucket'.id <String>selfLink <String>projectNumber <String>name <String>timeCreated <String> UTC date, e.g., '2019-01-18T05:57:24.213Z'.updated <String> UTC date, e.g., '2019-01-18T05:57:32.548Z'.metageneration <String>iamConfiguration <String> { bucketPolicyOnly: { enabled: false } },location <String> Valid values are described in section List Of All Google Cloud Platform Locations.website <GoogleBucketWebsite>cors <Array<GoogleBucketCORS>>storageClass <String>etag <String>Same as GoogleBucketBase with an extra property:
iam <GoogleBucketIAM>mainPageSuffix <String> Defines which is the default file served when none is explicitly specified un a URI. For example, setting this property to 'index.html' means that this content could be reached using https://your-domain.com instead of https://your-domain.com/index.html.notFoundPage <String> E.g., '404.html'. This means that all not found page are redirected to this page.origin <Array<String>>method <Array<String>>responseHeader <Array<String>>maxAgeSeconds <Number>kind <String> Always set to 'storage#policy',resourceId <String>bindings <Array<GoogleBucketBindings>>etag <String>role <String> E.g., 'roles/storage.objectViewer', ...members <Array<String>> E.g., 'allUsers', 'projectEditor:your-project-id', 'projectOwner:your-project-id', ...kind <String> Always set to 'storage#object'.id <String>selfLink <String>name <String> Pathname to the object inside the bucket, e.g., 'new/css/line-icons.min.css'.bucket <String> Bucket's IDgeneration <String> Date stamp in milliseconds from epoc.metageneration <String>contentType <String> e.g., 'text/css'.timeCreated <String> UTC date, e.g., '2019-04-02T22:33:18.362Z'.updated <String> UTC date, e.g., '2019-04-02T22:33:18.362Z'.storageClass <String> Valid value are: 'STANDARD', 'MULTI-REGIONAL', 'NEARLINE', 'COLDLINE'.timeStorageClassUpdated <String> UTC date, e.g., '2019-04-02T22:33:18.362Z'.size <String> Size in bytes, e.g., '5862'.md5Hash <String>mediaLink <String>crc32c <String>etag <String>Same as GoogleBucketObject, but with the following extra property:
publicUri <String> If the object is publicly available, this URI indicates where it is located. This URI follows this structure: https://storage.googleapis.com/your-bucket-id/your-file-path.Single reagions are bucket locations that indicate that your data are replicated in multiple servers in that single region. Though it is unlikely that you would loose your data because all servers fail, it is however possible that a network failure brings that region inaccessbile. At this stage, your data would not be lost, but they would be unavailable for the period of that network outage. This type of storage is the cheapest.
Use this type of location if your data:
If the above limits are too strict for your use case, then you should probably use a Multi Regions.
| Location | Description |
|---|---|
| northamerica-northeast1 | Canada - Montréal |
| us-central1 | US - Iowa |
| us-east1 | US - South Carolina |
| us-east4 | US - Northern Virginia |
| us-west1 | US - Oregon |
| us-west2 | US - Los Angeles |
| southamerica-east1 | South America - Brazil |
| europe-north1 | Europe - Finland |
| europe-west1 | Europe - Belgium |
| europe-west2 | Europe - England |
| europe-west3 | Europe - Germany |
| europe-west4 | Europe - Netherlands |
| asia-east1 | Asia - Taiwan |
| asia-east2 | Asia - Hong Kong |
| asia-northeast1 | Asia - Japan |
| asia-south1 | Asia - Mumbai |
| asia-southeast1 | Asia - Singapore |
| australia-southeast1 | Asia - Australia |
| asia | Asia |
| us | US |
| eu | Europe |
Multi regions are bucket locations where your data are not only replicated in multiple servers in the same regions, but also replicated across multiple locations (e.g., asia will replicate your data across Taiwan, Hong Kong, Japan, Mumbai, Singapore, Australia). That means that your data are:
| Location | Description |
|---|---|
| asia | Asia |
| us | US |
| eu | Europe |
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Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
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FAQs
Nodejs package to manage Google Cloud Buckets and its objects.
The npm package google-cloud-bucket receives a total of 117 weekly downloads. As such, google-cloud-bucket popularity was classified as not popular.
We found that google-cloud-bucket demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
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