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quickstart.md

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Quickstart

This page is a guide for getting used to Enigma on different platforms quickly.

Users are recommended to follow this guide for at least once so that they will have idea of how Enigma work basically, making it easier for more customized configuration.

Quickstart for Windows (with WinFSP)

The WinFSP mode is recommended on Windows since it provides the best integration with lowest overhead.

  1. Download and install WinFSP. You can download the MSI from its release page. Windows is not shipped with native FUSE like support so this installation is mandatory.
  2. Download Enigma from the release page. The executables for Windows are named enigma-windows-<arch>.exe. Choose the one that fits in your CPU architecture.
  3. Create a text file like E:\password.txt and type in some content. The internal content serves as the key to encrypt. It might not seen to be secure enough but is okay to start with.
  4. Create a directory like E:\enigma. It will become the underlying root directory of the Enigma's encrypted storage.
  5. Launch a cmd or powershell shell and navigate to the downloaded Enigma executable file. For convenience, you might rename it to enigma.exe.
  6. Initialize the Enigma storage through a command like .\enigma.exe --aes256-sha256 "E:\password.txt" --path "E:\enigma" init. The --aes256-sha256 means to take the SHA-256 digest of specified file as AES-256 key. And the --path specifies the root of the Enigma storage.
  7. Finally, mount the Windows local drive by .\enigma.exe --aes256-sha256 "E:\password.txt" --path "E:\enigma" winfsp. By default it will be mounted on Q: drive, but you might specify --mount "X:" to mount it on X: drive or something else alike.

Quickstart for Linux (with FUSE)

The FUSE mode is recommended on Linux, and since FUSE is often shipped with newer version Linux, there's no extra installation to be done.

  1. Download Enigma from the release page. The executable for Linux are named enigma-linux-<arch>. Choose the one that fits in your CPU architecture. You might rename it to ./enigma for convenience.
  2. Create a text file like ./password.txt and types in some content. The internal content serves as the key to encrypt. It might not seen to be secure enough but is okay to start with.
  3. Create a directory like ./store. It will become the underlying root directory of the Enigma's encrypted storage.
  4. Initialize the Enigma storage through a command like ./enigma --aes256-sha256 "./password.txt" --path "./store" init. The --aes256-sha256 means to take the SHA-256 digest of specified file as AES-256 key. And the --path specifies the root of the Enigma storage.
  5. Create a directory like ./mountpoint. It will become the mountpoint where Enigma is mounted later.
  6. Finally, mount the FUSE mountpoint by ./enigma --aes256-sha256 "./password.txt" --path "./store" fuse ./mountpoint. The ./mountpoint is accessible as long as the enigma program is running.