Chapter 14. Using FDO to onboard RHEL for Edge devices with a database backend

Procedure

1. Install the following packages:

   $ dnf  install -y sqlite sqlite-devel libpq libpq-devel

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2. Access the /usr/share/doc/fdo/migrations/* directory. It contains .sql files that you need to create the database for each of the server and type combinations, after you have installed the manufacturing, rendezvous, and owner server’s RPMs.

3. Initialize the database content. You can use either an SQL database, such as SQLite or PostgreSQL, or the diesel tool to run the SQL for you.

   • If you are using an SQL database, configure the database server with, for example, user creation, access management, for example. After you configure the database server, you can run the database.
   • If you do not want to run the .sql files in your database system, you can use the diesel tool to run the sql for you. If you are using the diesel tool, after you have configured the database, use the diesel migration run command to create the database:

4. After you configure the DB system, you can use the .sql files installed at /usr/share/doc/fdo/migrations/* to create the database for each server type.

   You must use the .sql file that matches the server type and database type that you are initializing. For example, when initializing the Owner Onboarding Server in a PostgreSQL database, you must use the /usr/share/doc/fdo/migrations/migrations_owner_onboarding_server_postgres/up.sql folder. The up.sql file in the migration folder creates the database, and the down.sql file destroys it.

5. After you create the database, change the configuration file of the specific server to make it use the database.

   Each server has a storage configuration section.

   • Manufacturer server: ownership_voucher_store_driver
   • Owner server: ownership_voucher_store_driver

   • Rendezvous server: storage_driver

     1. For the manufacturing-server.yml file, open it in your editor and change the store database:

        $ sudo editor manufacturing-server.yml

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     2. Change the ownership_voucher_store_driver configuration under the Directory section:

        $ /home/rhel/fido-device-onboard-rs/aio-dir/stores/owner_vouchers

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     3. Specify the following details:
   • The database type that you are using: SQLite or PostgreSQL

   • The server type: for example, when using PostgreSQL, set the following configuration:

     ownership_voucher_store_driver:
       Postgres:
         Manufacturer

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     1. Repeat the steps to configure the Owner server and Rendezvous server.

6. Run the FDO onboarding service. See Automatically provisioning and onboarding RHEL for Edge devices with FDO for more details. Start the FDO onboarding process device initialization by running the manufacturing server:

   $ sudo LOG-LEVEL=debug SQLITE_MANUFACTURER-DATABASE_URL=./manufacturer-db.sqlite ./usr/libexec/fdo/fdo-manufacturing-server

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   The onboarding process happens in two phases:

   • The device initialization phase that usually happens in the manufacturing site.

   • The device onboarding process that happens at the final destination of the device.

     As a result, the Ownership Vouchers stored in the Manufacturing Server’s Database must be exported and transferred to the final Owner Database.

7. To export the Ownership Vouchers, from the manufacturing-vouchers database file, copy the Owner Voucher to the owner to continue the FDO onboarding protocol.

   1. Create a folder export:

      $ mkdir export

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   2. Export the Owner Voucher present in the Manufacturing Database by providing all the variables required for the command.

      $ fdo-owner-tool export-manufacturer-vouchers DB_TYPE DB_URL PATH [GUID]

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      DB_TYPE

      The type of the Manufacturing DB holding the Owner Vouchers: sqlite, postgres

      DB_URL

      The database connection URL, or path to the database file

      PATH

      The path to the directory where the Owner Vouchers will be exported

      GUID

      GUID of the owner voucher to be exported. If you do not provide a GUID, all the Owner Vouchers will be exported.

8. The OVs must be delivered to the final Owner’s database. For that, use the fdo-owner-tool to import the Owner vouchers. Change to owner database. Import the Ownership Vouchers by running the following command:

   $ fdo-owner-tool import-ownership-vouchers DB_TYPE DB_URL SOURCE_PATH

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   DB_TYPE

   Type of the Owner DB to import the OVs. Possible values: sqlite, postgres

   DB_URL

   DB connection URL or path to DB file

   SOURCE_PATH

   Path to the OV to be imported, or path to a directory where all the OVs to be imported are located