Method testRepoSecrets

tests/Repository.py:648–667

(self, encrypt)

    @mock.patch("github.PublicKey.encrypt")
    def testRepoSecrets(self, encrypt):
        # encrypt returns a non-deterministic value, we need to mock it so the replay data matches
        encrypt.return_value = "M+5Fm/BqTfB90h3nC7F3BoZuu3nXs+/KtpXwxm9gG211tbRo0F5UiN0OIfYT83CKcx9oKES9Va4E96/b"
        # GitHub will always capitalize the secret name
        secrets = (("SECRET_NAME_ONE", "secret-value-one"), ("SECRET_NAME_TWO", "secret-value-two"))
        repo = self.g.get_repo("AndrewJDawes/PyGithub")
        for matched_repo_secret in secrets:
            repo.create_secret(matched_repo_secret[0], matched_repo_secret[1])
        repo.update()
        repo_secrets = repo.get_secrets()
        matched_repo_secrets = []
        for matched_repo_secret in secrets:
            for repo_secret in repo_secrets:
                # GitHub will always capitalize the secret name, may be best to uppercase test data for comparison
                if repo_secret.name == matched_repo_secret[0].upper():
                    matched_repo_secrets.append(repo_secret)
                    break
        self.assertEqual(len(matched_repo_secrets), len(secrets))
        for matched_repo_secret in matched_repo_secrets:
            matched_repo_secret.delete()

    def testLazySecret(self):
        secret = self.g.withLazy(True).get_repo("lazy/repo").get_secret("secret name")