Function setupKeys

acceptance/cli/cli.go:200–268

(ctx context.Context, vars map[string]string, environment []string)

}

func setupKeys(ctx context.Context, vars map[string]string, environment []string) ([]string, map[string]string, error) {
	// there could be several key pairs created, for testing
	// signature validation against a wrong public key we want
	// to avail all public keys that have been generated for
	// substitution
	publicKeys := crypto.PublicKeysFrom(ctx)
	privateKeys := crypto.PrivateKeysFrom(ctx)

	for name, publicKey := range publicKeys {
		key, err := os.CreateTemp("", "*.pub")
		if err != nil {
			return environment, vars, err
		}

		if !testenv.Persisted(ctx) {
			testenv.Testing(ctx).Cleanup(func() {
				os.Remove(key.Name())
			})
		}

		_, err = key.WriteString(publicKey)
		if err != nil {
			return environment, vars, err
		}
		err = key.Close()
		if err != nil {
			return environment, vars, err
		}

		vars[name+"_PUBLIC_KEY"] = key.Name()
		// Handle some variations in indentation
		vars[fmt.Sprintf("__________%s_PUBLIC_KEY", name)] = snaps.Indent(publicKey, 10)

		vars[name+"_PUBLIC_KEY_JSON"] = strings.ReplaceAll(publicKey, "\n", "\\n")

		publicKeyXML := bytes.Buffer{}
		if err := xml.EscapeText(&publicKeyXML, []byte(publicKey)); err != nil {
			return environment, vars, err
		}
		vars[name+"_PUBLIC_KEY_XML"] = publicKeyXML.String()
	}

	// Setup private keys for VSA functionality
	for name, privateKey := range privateKeys {
		privKey, err := os.CreateTemp("", "*.pem")
		if err != nil {
			return environment, vars, err
		}

		if !testenv.Persisted(ctx) {
			testenv.Testing(ctx).Cleanup(func() {
				os.Remove(privKey.Name())
			})
		}

		_, err = privKey.WriteString(privateKey)
		if err != nil {
			return environment, vars, err