def test_key_serialization(self):
"""
a serialized+deserialized keypair is the same as the original
"""
private_key, public_key = ed25519.create_signing_keypair()
private_key_str = ed25519.string_from_signing_key(private_key)
self.assertIsInstance(private_key_str, native_bytes)
private_key2, public_key2 = ed25519.signing_keypair_from_string(
private_key_str)
# the deserialized signing keys are the same as the original
self.assertEqual(
ed25519.string_from_signing_key(private_key),
ed25519.string_from_signing_key(private_key2),
)
self.assertEqual(
ed25519.string_from_verifying_key(public_key),
ed25519.string_from_verifying_key(public_key2),
)
# ditto, but for the verifying keys
public_key_str = ed25519.string_from_verifying_key(public_key)
self.assertIsInstance(public_key_str, native_bytes)
public_key2 = ed25519.verifying_key_from_string(public_key_str)
self.assertEqual(
ed25519.string_from_verifying_key(public_key),
ed25519.string_from_verifying_key(public_key2),
)
def derive_pubkey(options):
out = options.stdout
from allmydata.crypto import ed25519
privkey_vs = options.privkey
private_key, public_key = ed25519.signing_keypair_from_string(privkey_vs)
print("private:", ed25519.string_from_signing_key(private_key), file=out)
print("public:", ed25519.string_from_verifying_key(public_key), file=out)
return 0
def print_keypair(options):
from allmydata.crypto import ed25519
out = options.stdout
private_key, public_key = ed25519.create_signing_keypair()
print("private:", str(ed25519.string_from_signing_key(private_key), "ascii"),
file=out)
print("public:", str(ed25519.string_from_verifying_key(public_key), "ascii"),
file=out)
def _make_key():
private_key, _ = ed25519.create_signing_keypair()
# Config values are always unicode:
return unicode(
ed25519.string_from_signing_key(private_key) + b"\n", "utf-8")
def _make_key():
private_key, _ = ed25519.create_signing_keypair()
return ed25519.string_from_signing_key(private_key) + "\n"
