A Web GUI written in Go to manage S3 buckets from any provider.

• List all buckets in your account
• Create a new bucket
• List all objects in a bucket
• Upload new objects to a bucket
• Download object from a bucket
• Delete an object in a bucket

The application can be configured with the following environment variables:

• ENDPOINT: The endpoint of your S3 server (defaults to s3.amazonaws.com)
• REGION: The region of your S3 server (defaults to "")
• ACCESS_KEY_ID: Your S3 access key ID (required) (works only if USE_IAM is false)
• SECRET_ACCESS_KEY: Your S3 secret access key (required) (works only if USE_IAM is false)
• USE_SSL: Whether your S3 server uses SSL or not (defaults to true)
• SKIP_SSL_VERIFICATION: Whether the HTTP client should skip SSL verification (defaults to false)
• PORT: The port the s3manager app should listen on (defaults to 8080)
• ALLOW_DELETE: Enable buttons to delete objects (defaults to true)
• FORCE_DOWNLOAD: Add response headers for object downloading instead of opening in a new tab (defaults to true)
• LIST_RECURSIVE: List all objects in buckets recursively (defaults to false)
• USE_IAM: Use IAM role instead of key pair (defaults to false)
• IAM_ENDPOINT: Endpoint for IAM role retrieving (Can be blank for AWS)

1. Run make build
2. Execute the created binary and visit http://localhost:8080

1. Run docker run -p 8080:8080 -e 'ACCESS_KEY_ID=XXX' -e 'SECRET_ACCESS_KEY=xxx' cloudlena/s3manager

You can deploy s3manager to a Kubernetes cluster using the Helm chart.

1. Run make lint

1. Run make test

The image is available on Docker Hub.

1. Run make build-image

There is an example docker-compose.yml file that spins up an S3 service and the s3manager. You can try it by issuing the following command:

$ docker-compose up