![]() The text1.txt file is uploaded to our blog-bucket01 in Amazon S3 before mounting the bucket to a Linux directory. The name of the bucket used in this walkthrough is blog-bucket01. You can also use an existing empty directory. In this example, we create the Amazon cloud drive S3 directory in the home user’s directory. Set correct permissions for the passwd-s3fs file where the access keys are stored:Ĭreate the directory (mount point) that will be used as a mount point for your S3 bucket. ![]() Make sure that you store the file with the keys in a safe place that is not accessible by unauthorized persons.Įcho AKIA4SK3HPQ9FLWO8AMB:esrhLH4m1Da+3fJoU5xet1/ivsZ+Pay73BcSnzP > ~/.passwd-s3fsĬheck whether the keys were written to the file: In this example, we will store the configuration file with the AWS keys in the home directory of our user. The command to do this is:Įcho ACCESS_KEY:SECRET_ACCESS_KEY > PATH_TO_FILEĬhange ACCESS_KEY to your AWS access key and SECRET_ACCESS_KEY to your secret access key. Go back to the Ubuntu console to create a configuration file for storing the AWS access key and secret access key needed to mount an S3 bucket with S3FS. You can open the downloaded CSV file that contains access keys in Microsoft Office 365 Excel, for example. Store the AWS access key ID and secret access key in a safe place. This is the only case when you can see the secret access key in the AWS web interface. csv file or click Show under the Secret access key row name. In the Create access key popup window click Download. The administrator can generate the AWS keys for a user account in the Users section of the AWS console in the Security credentials tab by clicking the Create access key button. If you don’t have enough permissions, ask your system administrator to generate the AWS keys for you. You must have administrative permissions to generate the AWS access key ID and AWS secret access key. These keys are needed for AWS API access. Note: It is recommended to mount Amazon S3 buckets as a regular user with restricted permissions and use users with administrative permissions only for generating keys. You need to generate the access key ID and secret access key in the AWS web interface for your account (IAM user). Install s3fs from online software repositories: As we’re using a fresh installation of Ubuntu, we don’t run the sudo apt-get remove fuse command to remove FUSE. If any existing FUSE is installed on your Linux system, remove that FUSE before configuring the environment and installing fuse-f3fs to avoid conflicts. ![]() A fresh installation of Ubuntu is used in this walkthrough. Let’s find out how to mount an Amazon S3 bucket to a Linux directory with Ubuntu 18.04 LTS as an example. S3FS is written on Python and you can familiarize yourself with the source code on GitHub. After mounting Amazon S3 cloud storage with S3FS to your Linux machine, you can use cp, mv, rm, and other commands in the Linux console to operate with files as you do when working with mounted local or network drives. S3FS, a special solution based on FUSE (file system in user space), was developed to mount S3 buckets to directories of Linux operating systems similarly to the way you mount CIFS or NFS share as a network drive. In this tutorial we use S3FS to mount an Amazon S3 bucket as a disk drive to a Linux directory. You can create an application that uses the same path for uploading files to Amazon S3 cloud storage and provide the same path on each computer by mounting the S3 bucket to the same directory with S3FS. You can even write your own application that can interact with S3 buckets by using the Amazon API. DISCOVER SOLUTION Mounting Amazon S3 Cloud Storage in LinuxĪWS provides an API to work with Amazon S3 buckets using third-party applications. ![]()
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