Run decryptSecretFiles again and verify that the interactive prompt for handling the existing file works as expected.įor testing purposes, secret.sbt is checked into the VCS in each project, so it should be easy to verify that the contents did not change after encryption / decryption.Ensure that secret.sbt is re-generated, and that it contains the same text as before. Delete secret.sbt and run decryptSecretFiles.Ensure that is generated and that it contains seemingly encrypted text. Then test the encryptSecretFiles and decryptSecretFiles commands: For each, first follow the associated setup instructions. There are two test projects test-project-keybase and test-project-kms, for testing the corresponding plugins. The KMS console allows you to dynamically control who has access to the data key without making changes to the repository, making it a very scalable approach (if you don't mind paying to use KMS). The plugin uses the specified data key to AES encrypt the secret files. Add enablePlugins(KmsSecrets) to the build.Generate a KMS data key via this command: aws kms generate-data-key -key-id=YOUR_KEY_ID_HERE -key-spec=AES_256 and add the CiphertextBlob to encrypted-kms-data-key.txt:.In order to use this plugin, you must do the following: The KmsSecrets plugin leverages the AWS Key Management Service (KMS). ![]() Keybase is free and simple to use, although the secret files need to be re-encrypted whenever a user is added or removed from authorizedKeybaseUsernames. The plugin delegates to the keybase pgp encrypt and keybase pgp decrypt commands.
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