Introduction

Laravel Hyperf provides a powerful filesystem abstraction thanks to the wonderful Flysystem PHP package by Frank de Jonge. The Laravel Hyperf Flysystem integration provides simple drivers for working with local filesystems, SFTP, Amazon S3 and Google Cloud Storage. Even better, it's amazingly simple to switch between these storage options between your local development machine and production server as the API remains the same for each system.

Configuration

Laravel Hyperf's filesystem configuration file is located at config/filesystems.php. Within this file, you may configure all of your filesystem "disks". Each disk represents a particular storage driver and storage location. Example configurations for each supported driver are included in the configuration file so you can modify the configuration to reflect your storage preferences and credentials.

The local driver interacts with files stored locally on the server running the Laravel Hyperf application while the s3 driver is used to write to Amazon's S3 cloud storage service.

Note

You may configure as many disks as you like and may even have multiple disks that use the same driver.

The Local Driver

When using the local driver, all file operations are relative to the root directory defined in your filesystems configuration file. By default, this value is set to the storage/app directory. Therefore, the following method would write to storage/app/example.txt:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::disk('local')->put('example.txt', 'Contents');

Driver Pool

Laravel Hyperf provides an elegant way to create object pools for your disk drivers. Object pools can keep your drivers safe in coroutines and help you control the concurrency number for each disk.

s3 and gcs drivers are configured as object pools by default. You can customize the pool config for your disks in the filesystems.php config:

's3' => [
    'driver' => 's3',
    // ...
    'pool' => [
        'min_objects' => 1,
        'max_objects' => 10,
        'wait_timeout' => 3.0,
        'max_lifetime' => 60.0,
    ],
],

You will get a RuntimeException if your driver instances exceeds the max_objects in the config while handling concurrent requests. You should configure these values according to your needs.

Note

Pool config is not supported in ftp, sftp and local drivers. They are coroutine-safe with singletons.

Driver Prerequisites

S3 Driver Configuration

Before using the S3 driver, you will need to install the Flysystem S3 package via the Composer package manager:

composer require league/flysystem-aws-s3-v3 "^3.0" --with-all-dependencies

The S3 driver configuration information is located in your config/filesystems.php configuration file. This file contains an example configuration array for an S3 driver. You are free to modify this array with your own S3 configuration and credentials. For convenience, these environment variables match the naming convention used by the AWS CLI.

FTP Driver Configuration

Before using the FTP driver, you will need to install the Flysystem FTP package via the Composer package manager:

composer require league/flysystem-ftp "^3.0"

Laravel Hyperf 's Flysystem integrations work great with FTP; however, a sample configuration is not included with the framework's default filesystems.php configuration file. If you need to configure an FTP filesystem, you may use the configuration example below:

'ftp' => [
    'driver' => 'ftp',
    'host' => env('FTP_HOST'),
    'username' => env('FTP_USERNAME'),
    'password' => env('FTP_PASSWORD'),

    // Optional FTP Settings...
    // 'port' => env('FTP_PORT', 21),
    // 'root' => env('FTP_ROOT'),
    // 'passive' => true,
    // 'ssl' => true,
    // 'timeout' => 30,
],

SFTP Driver Configuration

Before using the SFTP driver, you will need to install the Flysystem SFTP package via the Composer package manager:

composer require league/flysystem-sftp-v3 "^3.0"

Laravel Hyperf's Flysystem integrations work great with SFTP; however, a sample configuration is not included with the framework's default filesystems.php configuration file. If you need to configure an SFTP filesystem, you may use the configuration example below:

'sftp' => [
    'driver' => 'sftp',
    'host' => env('SFTP_HOST'),

    // Settings for basic authentication...
    'username' => env('SFTP_USERNAME'),
    'password' => env('SFTP_PASSWORD'),

    // Settings for SSH key based authentication with encryption password...
    'privateKey' => env('SFTP_PRIVATE_KEY'),
    'passphrase' => env('SFTP_PASSPHRASE'),

    // Settings for file / directory permissions...
    'visibility' => 'private', // `private` = 0600, `public` = 0644
    'directory_visibility' => 'private', // `private` = 0700, `public` = 0755

    // Optional SFTP Settings...
    // 'hostFingerprint' => env('SFTP_HOST_FINGERPRINT'),
    // 'maxTries' => 4,
    // 'passphrase' => env('SFTP_PASSPHRASE'),
    // 'port' => env('SFTP_PORT', 22),
    // 'root' => env('SFTP_ROOT', ''),
    // 'timeout' => 30,
    // 'useAgent' => true,
],

Scoped and Read-Only Filesystems

Scoped disks allow you to define a filesystem where all paths are automatically prefixed with a given path prefix. Before creating a scoped filesystem disk, you will need to install an additional Flysystem package via the Composer package manager:

composer require league/flysystem-path-prefixing "^3.0"

You may create a path scoped instance of any existing filesystem disk by defining a disk that utilizes the scoped driver. For example, you may create a disk which scopes your existing s3 disk to a specific path prefix, and then every file operation using your scoped disk will utilize the specified prefix:

's3-videos' => [
    'driver' => 'scoped',
    'disk' => 's3',
    'prefix' => 'path/to/videos',
],

"Read-only" disks allow you to create filesystem disks that do not allow write operations. Before using the read-only configuration option, you will need to install an additional Flysystem package via the Composer package manager:

composer require league/flysystem-read-only "^3.0"

Next, you may include the read-only configuration option in one or more of your disk's configuration arrays:

's3-videos' => [
    'driver' => 's3',
    // ...
    'read-only' => true,
],

Amazon S3 Compatible Filesystems

By default, your application's filesystems configuration file contains a disk configuration for the s3 disk. In addition to using this disk to interact with Amazon S3, you may use it to interact with any S3 compatible file storage service such as MinIO or DigitalOcean Spaces.

Typically, after updating the disk's credentials to match the credentials of the service you are planning to use, you only need to update the value of the endpoint configuration option. This option's value is typically defined via the AWS_ENDPOINT environment variable:

'endpoint' => env('AWS_ENDPOINT', 'https://minio:9000'),

MinIO

In order for Laravel Hyperf's Flysystem integration to generate proper URLs when using MinIO, you should define the AWS_URL environment variable so that it matches your application's local URL and includes the bucket name in the URL path:

AWS_URL=http://localhost:9000/local

Warning

Generating temporary storage URLs via the temporaryUrl method is not supported when using MinIO.

Obtaining Disk Instances

The Storage facade may be used to interact with any of your configured disks. For example, you may use the put method on the facade to store an avatar on the default disk. If you call methods on the Storage facade without first calling the disk method, the method will automatically be passed to the default disk:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::put('avatars/1', $content);

If your application interacts with multiple disks, you may use the disk method on the Storage facade to work with files on a particular disk:

Storage::disk('s3')->put('avatars/1', $content);

On-Demand Disks

Sometimes you may wish to create a disk at runtime using a given configuration without that configuration actually being present in your application's filesystems configuration file. To accomplish this, you may pass a configuration array to the Storage facade's build method:

use SwooleTW\Hyperf\Support\Facades\Storage;

$disk = Storage::build([
    'driver' => 'local',
    'root' => '/path/to/root',
]);

$disk->put('image.jpg', $content);

Retrieving Files

The get method may be used to retrieve the contents of a file. The raw string contents of the file will be returned by the method. Remember, all file paths should be specified relative to the disk's "root" location:

$contents = Storage::get('file.jpg');

If the file you are retrieving contains JSON, you may use the json method to retrieve the file and decode its contents:

$orders = Storage::json('orders.json');

The exists method may be used to determine if a file exists on the disk:

if (Storage::disk('s3')->exists('file.jpg')) {
    // ...
}

The missing method may be used to determine if a file is missing from the disk:

if (Storage::disk('s3')->missing('file.jpg')) {
    // ...
}

Downloading Files

The download method may be used to generate a response that forces the user's browser to download the file at the given path. The download method accepts a filename as the second argument to the method, which will determine the filename that is seen by the user downloading the file. Finally, you may pass an array of HTTP headers as the third argument to the method:

return Storage::download('file.jpg');

return Storage::download('file.jpg', $name, $headers);

File URLs

You may use the url method to get the URL for a given file. If you are using the local driver, this will typically just prepend /storage to the given path and return a relative URL to the file. If you are using the s3 driver, the fully qualified remote URL will be returned:

use SwooleTW\Hyperf\Support\Facades\Storage;

$url = Storage::url('file.jpg');

When using the local driver, all files that should be publicly accessible should be placed in the storage/app/public directory. Furthermore, you should create a symbolic link at public/storage which points to the storage/app/public directory.

Warning

When using the local driver, the return value of url is not URL encoded. For this reason, we recommend always storing your files using names that will create valid URLs.

URL Host Customization

If you would like to pre-define the host for URLs generated using the Storage facade, you may add a url option to the disk's configuration array:

'public' => [
    'driver' => 'local',
    'root' => storage_path('app/public'),
    'url' => env('APP_URL').'/storage',
    'visibility' => 'public',
],

Temporary URLs

Using the temporaryUrl method, you may create temporary URLs to files stored using the s3 driver. This method accepts a path and a DateTime instance specifying when the URL should expire:

use SwooleTW\Hyperf\Support\Facades\Storage;

$url = Storage::temporaryUrl(
    'file.jpg', now()->addMinutes(5)
);

If you need to specify additional S3 request parameters, you may pass the array of request parameters as the third argument to the temporaryUrl method:

$url = Storage::temporaryUrl(
    'file.jpg',
    now()->addMinutes(5),
    [
        'ResponseContentType' => 'application/octet-stream',
        'ResponseContentDisposition' => 'attachment; filename=file2.jpg',
    ]
);

If you need to customize how temporary URLs are created for a specific storage disk, you can use the buildTemporaryUrlsUsing method. For example, this can be useful if you have a controller that allows you to download files stored via a disk that doesn't typically support temporary URLs. Usually, this method should be called from the boot method of a service provider:

<?php

namespace App\Providers;

use DateTime;
use SwooleTW\Hyperf\Support\Facades\Storage;
use SwooleTW\Hyperf\Support\Facades\URL;
use SwooleTW\Hyperf\Support\ServiceProvider;

class AppServiceProvider extends ServiceProvider
{
    /**
     * Bootstrap any application services.
     */
    public function boot(): void
    {
        Storage::disk('local')->buildTemporaryUrlsUsing(
            function (string $path, DateTime $expiration, array $options) {
                return URL::temporarySignedRoute(
                    'files.download',
                    $expiration,
                    array_merge($options, ['path' => $path])
                );
            }
        );
    }
}

Temporary Upload URLs

Warning

The ability to generate temporary upload URLs is only supported by the s3 driver.

If you need to generate a temporary URL that can be used to upload a file directly from your client-side application, you may use the temporaryUploadUrl method. This method accepts a path and a DateTime instance specifying when the URL should expire. The temporaryUploadUrl method returns an associative array which may be destructured into the upload URL and the headers that should be included with the upload request:

use SwooleTW\Hyperf\Support\Facades\Storage;

['url' => $url, 'headers' => $headers] = Storage::temporaryUploadUrl(
    'file.jpg', now()->addMinutes(5)
);

This method is primarily useful in serverless environments that require the client-side application to directly upload files to a cloud storage system such as Amazon S3.

File Metadata

In addition to reading and writing files, Laravel Hyperf can also provide information about the files themselves. For example, the size method may be used to get the size of a file in bytes:

use SwooleTW\Hyperf\Support\Facades\Storage;

$size = Storage::size('file.jpg');

The lastModified method returns the UNIX timestamp of the last time the file was modified:

$time = Storage::lastModified('file.jpg');

The MIME type of a given file may be obtained via the mimeType method:

$mime = Storage::mimeType('file.jpg');

File Paths

You may use the path method to get the path for a given file. If you are using the local driver, this will return the absolute path to the file. If you are using the s3 driver, this method will return the relative path to the file in the S3 bucket:

use SwooleTW\Hyperf\Support\Facades\Storage;

$path = Storage::path('file.jpg');

Storing Files

The put method may be used to store file contents on a disk. You may also pass a PHP resource to the put method, which will use Flysystem's underlying stream support. Remember, all file paths should be specified relative to the "root" location configured for the disk:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::put('file.jpg', $contents);

Storage::put('file.jpg', $resource);

Failed Writes

If the put method (or other "write" operations) is unable to write the file to disk, false will be returned:

if (! Storage::put('file.jpg', $contents)) {
    // The file could not be written to disk...
}

If you wish, you may define the throw option within your filesystem disk's configuration array. When this option is defined as true, "write" methods such as put will throw an instance of League\Flysystem\UnableToWriteFile when write operations fail:

'public' => [
    'driver' => 'local',
    // ...
    'throw' => true,
],

Prepending and Appending To Files

The prepend and append methods allow you to write to the beginning or end of a file:

Storage::prepend('file.log', 'Prepended Text');

Storage::append('file.log', 'Appended Text');

Copying and Moving Files

The copy method may be used to copy an existing file to a new location on the disk, while the move method may be used to rename or move an existing file to a new location:

Storage::copy('old/file.jpg', 'new/file.jpg');

Storage::move('old/file.jpg', 'new/file.jpg');

Automatic Streaming

Streaming files to storage offers significantly reduced memory usage. If you would like Laravel to automatically manage streaming a given file to your storage location, you may use the putFile or putFileAs method. This method accepts either a path string or SwooleTW\Hyperf\Http\UploadedFile instance and will automatically stream the file to your desired location:

use SwooleTW\Hyperf\Support\Facades\Storage;

// Automatically generate a unique ID for filename...
$path = Storage::putFile('photos', '/path/to/photo'));

// Manually specify a filename...
$path = Storage::putFileAs('photos', '/path/to/photo', 'photo.jpg');

There are a few important things to note about the putFile method. Note that we only specified a directory name and not a filename. By default, the putFile method will generate a unique ID to serve as the filename. The file's extension will be determined by examining the file's MIME type. The path to the file will be returned by the putFile method so you can store the path, including the generated filename, in your database.

The putFile and putFileAs methods also accept an argument to specify the "visibility" of the stored file. This is particularly useful if you are storing the file on a cloud disk such as Amazon S3 and would like the file to be publicly accessible via generated URLs:

Storage::putFile('photos', '/path/to/photo', 'public');

File Uploads

In web applications, one of the most common use-cases for storing files is storing user uploaded files such as photos and documents. Laravel Hyperf makes it very easy to store uploaded files using the store method on an uploaded file instance. Call the store method with the path at which you wish to store the uploaded file:

<?php

namespace App\Http\Controllers;

use App\Http\Controllers\Controller;
use SwooleTW\Hyperf\Http\Request;

class UserAvatarController extends Controller
{
    /**
     * Update the avatar for the user.
     */
    public function update(Request $request): string
    {
        $path = $request->file('avatar')->store('avatars');

        return $path;
    }
}

There are a few important things to note about this example. Note that we only specified a directory name, not a filename. By default, the store method will generate a unique ID to serve as the filename. The file's extension will be determined by examining the file's MIME type. The path to the file will be returned by the store method so you can store the path, including the generated filename, in your database.

You may also call the putFile method on the Storage facade to perform the same file storage operation as the example above:

$path = Storage::putFile('avatars', $request->file('avatar'));

Specifying a File Name

If you do not want a filename to be automatically assigned to your stored file, you may use the storeAs method, which receives the path, the filename, and the (optional) disk as its arguments:

$path = $request->file('avatar')->storeAs(
    'avatars', $request->user()->id
);

You may also use the putFileAs method on the Storage facade, which will perform the same file storage operation as the example above:

$path = Storage::putFileAs(
    'avatars', $request->file('avatar'), $request->user()->id
);

Warning

Unprintable and invalid unicode characters will automatically be removed from file paths. Therefore, you may wish to sanitize your file paths before passing them to Laravel Hyperf's file storage methods. File paths are normalized using the League\Flysystem\WhitespacePathNormalizer::normalizePath method.

Specifying a Disk

By default, this uploaded file's store method will use your default disk. If you would like to specify another disk, pass the disk name as the second argument to the store method:

$path = $request->file('avatar')->store(
    'avatars/'.$request->user()->id, 's3'
);

If you are using the storeAs method, you may pass the disk name as the third argument to the method:

$path = $request->file('avatar')->storeAs(
    'avatars',
    $request->user()->id,
    's3'
);

Other Uploaded File Information

If you would like to get the original name and extension of the uploaded file, you may do so using the getClientOriginalName and getClientOriginalExtension methods:

$file = $request->file('avatar');

$name = $file->getClientOriginalName();
$extension = $file->getClientOriginalExtension();

However, keep in mind that the getClientOriginalName and getClientOriginalExtension methods are considered unsafe, as the file name and extension may be tampered with by a malicious user. For this reason, you should typically prefer the hashName and extension methods to get a name and an extension for the given file upload:

$file = $request->file('avatar');

$name = $file->hashName(); // Generate a unique, random name...
$extension = $file->extension(); // Determine the file's extension based on the file's MIME type...

File Visibility

In Laravel Hyperf's Flysystem integration, "visibility" is an abstraction of file permissions across multiple platforms. Files may either be declared public or private. When a file is declared public, you are indicating that the file should generally be accessible to others. For example, when using the S3 driver, you may retrieve URLs for public files.

You can set the visibility when writing the file via the put method:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::put('file.jpg', $contents, 'public');

If the file has already been stored, its visibility can be retrieved and set via the getVisibility and setVisibility methods:

$visibility = Storage::getVisibility('file.jpg');

Storage::setVisibility('file.jpg', 'public');

When interacting with uploaded files, you may use the storePublicly and storePubliclyAs methods to store the uploaded file with public visibility:

$path = $request->file('avatar')->storePublicly('avatars', 's3');

$path = $request->file('avatar')->storePubliclyAs(
    'avatars',
    $request->user()->id,
    's3'
);

Local Files and Visibility

When using the local driver, public visibility translates to 0755 permissions for directories and 0644 permissions for files. You can modify the permissions mappings in your application's filesystems configuration file:

'local' => [
    'driver' => 'local',
    'root' => storage_path('app'),
    'permissions' => [
        'file' => [
            'public' => 0644,
            'private' => 0600,
        ],
        'dir' => [
            'public' => 0755,
            'private' => 0700,
        ],
    ],
],

Deleting Files

The delete method accepts a single filename or an array of files to delete:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::delete('file.jpg');

Storage::delete(['file.jpg', 'file2.jpg']);

If necessary, you may specify the disk that the file should be deleted from:

use SwooleTW\Hyperf\Support\Facades\Storage;

Storage::disk('s3')->delete('path/file.jpg');

Directories

Get All Files Within a Directory

The files method returns an array of all of the files in a given directory. If you would like to retrieve a list of all files within a given directory including all subdirectories, you may use the allFiles method:

use SwooleTW\Hyperf\Support\Facades\Storage;

$files = Storage::files($directory);

$files = Storage::allFiles($directory);

Get All Directories Within a Directory

The directories method returns an array of all the directories within a given directory. Additionally, you may use the allDirectories method to get a list of all directories within a given directory and all of its subdirectories:

$directories = Storage::directories($directory);

$directories = Storage::allDirectories($directory);

Create a Directory

The makeDirectory method will create the given directory, including any needed subdirectories:

Storage::makeDirectory($directory);

Delete a Directory

Finally, the deleteDirectory method may be used to remove a directory and all of its files:

Storage::deleteDirectory($directory);

Testing

The Storage facade's fake method allows you to easily generate a fake disk that, combined with the file generation utilities of the SwooleTw\Hyperf\Http\UploadedFile class, greatly simplifies the testing of file uploads. For example:

<?php

namespace Tests\Feature;

use SwooleTw\Hyperf\Http\UploadedFile;
use SwooleTW\Hyperf\Support\Facades\Storage;
use Tests\TestCase;

class ExampleTest extends TestCase
{
    public function test_albums_can_be_uploaded(): void
    {
        Storage::fake('photos');

        $response = $this->json('POST', '/photos', [
            UploadedFile::fake()->image('photo1.jpg'),
            UploadedFile::fake()->image('photo2.jpg')
        ]);

        // Assert one or more files were stored...
        Storage::disk('photos')->assertExists('photo1.jpg');
        Storage::disk('photos')->assertExists(['photo1.jpg', 'photo2.jpg']);

        // Assert one or more files were not stored...
        Storage::disk('photos')->assertMissing('missing.jpg');
        Storage::disk('photos')->assertMissing(['missing.jpg', 'non-existing.jpg']);

        // Assert that a given directory is empty...
        Storage::disk('photos')->assertDirectoryEmpty('/wallpapers');
    }
}

By default, the fake method will delete all files in its temporary directory. If you would like to keep these files, you may use the "persistentFake" method instead. For more information on testing file uploads, you may consult the HTTP testing documentation's information on file uploads.

Warning

The image method requires the GD extension.

Custom Filesystems

Laravel Hyperf's Flysystem integration provides support for several "drivers" out of the box; however, Flysystem is not limited to these and has adapters for many other storage systems. You can create a custom driver if you want to use one of these additional adapters in your Laravel Hyperf application.

In order to define a custom filesystem you will need a Flysystem adapter. Let's add a community maintained Dropbox adapter to our project:

composer require spatie/flysystem-dropbox

Next, you can register the driver within the boot method of one of your application's service providers. To accomplish this, you should use the extend method of the Storage facade:

<?php

namespace App\Providers;

use SwooleTW\Hyperf\Foundation\Contracts\Application;
use SwooleTW\Hyperf\Filesystem\FilesystemAdapter;
use SwooleTW\Hyperf\Support\Facades\Storage;
use SwooleTW\Hyperf\Support\ServiceProvider;
use League\Flysystem\Filesystem;
use Spatie\Dropbox\Client as DropboxClient;
use Spatie\FlysystemDropbox\DropboxAdapter;

class AppServiceProvider extends ServiceProvider
{
    /**
     * Register any application services.
     */
    public function register(): void
    {
        // ...
    }

    /**
     * Bootstrap any application services.
     */
    public function boot(): void
    {
        Storage::extend('dropbox', function (Application $app, array $config) {
            $adapter = new DropboxAdapter(new DropboxClient(
                $config['authorization_token']
            ));

            return new FilesystemAdapter(
                new Filesystem($adapter, $config),
                $adapter,
                $config
            );
        }, true);
    }
}

The first argument of the extend method is the name of the driver and the second is a closure that receives the $app and $config variables. The closure must return an instance of SwooleTW\Hyperf\Filesystem\FilesystemAdapter. The $config variable contains the values defined in config/filesystems.php for the specified disk. The third argument determines if this driver supports object pooling, and it's set as true by default.

Warning

Most of the time you should set them poolable for keeping them safe in coroutines.

Once you have created and registered the extension's service provider, you may use the dropbox driver in your config/filesystems.php configuration file.