Refactor using of crypto functions #1796
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Reference: Bitmessage/PyBitmessage-2024-12-04#1796
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In this branch I'm gonna cover by tests all the crypto functions used in code and do a refactoring. Basic points:
highlevelcrypto
should import frompyelliptic
highlevelcrypto
should not depend on the app state e.g. modulestate
orBMConfigparser()
instance (the same will be done forprotocol
in #1788)highlevelcrypto
should include hashes - double sha512, ripemd160pyelliptic
into the separate repo to show a possible way of addressing #886@ -59,3 +60,26 @@ class TestAddresses(unittest.TestCase):
sample_addr4, addresses.encodeBase58(sample_daddr4_512))
these binary data should also be a variable in samples.
@ -65,0 +85,4 @@
def test_random_keys(self):
"""Dummy checks for random keys"""
priv, pub = highlevelcrypto.random_keys()
self.assertEqual(len(priv), 32)
ideally
b'hello'
should also be a variable in samplesoverall nice work, although I haven't investigated it in depth
@ -65,0 +85,4 @@
def test_random_keys(self):
"""Dummy checks for random keys"""
priv, pub = highlevelcrypto.random_keys()
self.assertEqual(len(priv), 32)
It's from here: https://pybitmessage-test.readthedocs.io/en/doc/protocol.html#hashes
It seems that I misplaced (or misnamed) the signatures. I was going to regenerate them. And there is also a lot of unfinished changes here, mentioned in the PR description.
@ -21,0 +84,4 @@
priv = hashlib.sha512(passphrase + nonce).digest()[:32]
pub = pointMult(priv)
return priv, pub
I'm not sure if these functions should return the pair or only the private key.