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import pytest
import rnp
@pytest.fixture
def rpgp():
lib = rnp.Rnp()
lib.load_keys(rnp.Input.from_path("tests/data/keyrings/gpg/pubring.gpg"), "GPG")
lib.load_keys(rnp.Input.from_path("tests/data/keyrings/gpg/secring.gpg"), "GPG")
return lib
@pytest.fixture
def key(rpgp):
return rpgp.find_key_by_id("326ef111425d14a5")
def test_export_defaults(rpgp, key):
assert key.has_public_key()
assert key.has_secret_key()
secexported = key.export_secret()
pubexported = key.export_public()
pubdata = key.public_key_data()
assert pubexported.startswith(b"-----BEGIN PGP PUBLIC KEY BLOCK-----\r\n")
assert pubexported.endswith(b"-----END PGP PUBLIC KEY BLOCK-----\r\n")
key.remove()
key = None
assert rpgp.find_key_by_id("326ef111425d14a5") is None
rpgp.load_keys(rnp.Input.from_bytes(pubexported), "GPG")
key = rpgp.find_key_by_id("326ef111425d14a5")
assert key
assert key.public_key_data() == pubdata
assert key.has_public_key()
assert not key.has_secret_key()
rpgp.import_keys(rnp.Input.from_bytes(secexported), "GPG")
# must obtain new key handle after importing sec
key = rpgp.find_key_by_id("326ef111425d14a5")
assert key.has_secret_key()
def test_export_autocrypt(rpgp):
primary = rpgp.find_key_by_id("2fcadf05ffa501bb")
subkey = rpgp.find_key_by_id("54505a936a4a970e")
exported = rpgp.export_autocrypt("key1-uid2", primary, subkey)
pkts = rnp.parse(rnp.Input.from_bytes(exported))
# primary key, userid, userid cert, subkey, subkey binding
assert len(pkts) == 5
assert pkts[0]["keyid"] == "2fcadf05ffa501bb"
assert pkts[1]["userid"] == "key1-uid2"
assert pkts[3]["keyid"] == "54505a936a4a970e"
def test_export_autocrypt_default_sub(rpgp):
primary = rpgp.find_key_by_id("2fcadf05ffa501bb")
exported = rpgp.export_autocrypt("key1-uid2", primary)
pkts = rnp.parse(rnp.Input.from_bytes(exported))
# primary key, userid, userid cert, subkey, subkey binding
assert len(pkts) == 5
assert pkts[0]["keyid"] == "2fcadf05ffa501bb"
assert pkts[1]["userid"] == "key1-uid2"
assert pkts[3]["keyid"] == "326ef111425d14a5"
def test_export_revocation(rpgp):
key = rpgp.find_key_by_id("2fcadf05ffa501bb")
key.unlock("password")
revocation = key.export_revocation()
pkts = rnp.parse(rnp.Input.from_bytes(revocation))
assert len(pkts) == 1
assert pkts[0]["type.str"] == "Key revocation signature"
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