def test_l3block_signing_hashing(self):
block = make_l3_block()
sig = crypto.sign_l3_block(blake2b, secp256k1, key, block)
self.assertEqual(
sig,
"MEQCIBx+i31vFfaXjlyvAYlTyVw+AuGcKnqL55AjuKO5UwwfAiA2+Rf6dde2mpXpK/OrSycQNuiksL8Y1DTc6zz4B+dCqA=="
)
sig = crypto.sign_l3_block(sha256, secp256k1, key, block)
self.assertEqual(
sig,
"MEQCIEnH0caGprg13H0q4x803dgVo7xcGyf/i2M+6tCe0aKRAiBvNlcXeJD9yRVT6g8cZ0MM6tJBc/OWx9Kbq1qsCOo/7w=="
)
sig = crypto.sign_l3_block(sha3_256, secp256k1, key, block)
self.assertEqual(
sig,
"MEUCIQDPuuxO4PcPKNYMogl58ZF9an/FU7cO3jf2VdjRKLXjKwIgVz64rFKrs1GQ/AVFOSYNP8nM8mcZs5hRoveo4SGeby0="
)
block_hash, nonce = crypto.pow_l3_block(blake2b, block)
self.assertEqual(block_hash,
"AKNA21rqNqaWeKglP6QGDe09k+SWZfEmVvHjJxI9w/c=")
self.assertEqual(nonce, 231)
block_hash, nonce = crypto.pow_l3_block(sha256, block)
self.assertEqual(block_hash,
"AFFPeRLW3Y/zdfd9QRI6IQD32Hdt2BmzmotwFq0+3WU=")
self.assertEqual(nonce, 205)
block_hash, nonce = crypto.pow_l3_block(sha3_256, block)
self.assertEqual(block_hash,
"ABQlIssL2qpK8iPI7lKu5rtEmnv8i7tMLy8sz4LcFH0=")
self.assertEqual(nonce, 339)
def test_l3block_signing_hashing_v2(self):
block = make_l3_block_v2()
sig = crypto.sign_l3_block(blake2b, secp256k1, key, block)
self.assertEqual(
sig,
"MEQCIGz8Tx1KZs386w9aTr/jtB8fVkprMzv8TW2A4Wc45FSjAiBBzgx9z0n/IcvSYTF/ZHpSlTyL6Xgacf+VsSWUO2JnQQ=="
)
sig = crypto.sign_l3_block(sha256, secp256k1, key, block)
self.assertEqual(
sig,
"MEUCIQCqPf3Y0lpNpCDA0m3AvPXbsMDtx3+xiWSOdWOGUHkwsQIgbeDyddkKuUsEC8zCcIFsdgPUy58X5GmCpVrGwkWg+I8="
)
sig = crypto.sign_l3_block(sha3_256, secp256k1, key, block)
self.assertEqual(
sig,
"MEQCIFfPjZK5tSVVps4YqdHxD0n/ypkFVaHWyw+lDYPX+HUrAiBB7zoPt8Xd5SpTPcu4YpKl5Z4ff7Ibh2PGhbbWbtcbfw=="
)
block_hash, nonce = crypto.pow_l3_block(blake2b, block)
self.assertEqual(block_hash,
"AILgeOkQNYDjaT47dnyYOV8CcCtHJPkxBZLdgOCiUMA=")
self.assertEqual(nonce, 351)
block_hash, nonce = crypto.pow_l3_block(sha256, block)
self.assertEqual(block_hash,
"ABWOslEpGB4jRibC0cxHGUrHRTBjOxHhUsANM1f03R0=")
self.assertEqual(nonce, 7)
block_hash, nonce = crypto.pow_l3_block(sha3_256, block)
self.assertEqual(block_hash,
"ALOKQPxF0tx99mZP+UZVPotGcT9Oss3mx9sHs2eMA54=")
self.assertEqual(nonce, 498)
def sign_block(self, signable_block: "model.BlockModel") -> str:
"""Sign a block with this class' keys
Args:
block: BlockModel to sign
Returns:
Base64 encoded string of the block signature
Raises:
exceptions.InvalidNodeLevel when invalid level on self
RuntimeError when no private key is set on self
"""
if self.priv is None:
raise RuntimeError("No private key has been set for signing")
if self.level == 1:
return crypto.sign_l1_block(self.hash, self.encryption, self.priv,
signable_block)
elif self.level == 2:
return crypto.sign_l2_block(self.hash, self.encryption, self.priv,
signable_block)
elif self.level == 3:
return crypto.sign_l3_block(self.hash, self.encryption, self.priv,
signable_block)
elif self.level == 4:
return crypto.sign_l4_block(self.hash, self.encryption, self.priv,
signable_block)
elif self.level == 5:
return crypto.sign_l5_block(self.hash, self.encryption, self.priv,
signable_block)
else:
raise exceptions.InvalidNodeLevel(
f"Node level {self.level} not implemented yet")
def test_l3block_trust_verifying_v2(self):
block = make_l3_block_v2()
sig = crypto.sign_l3_block(blake2b, secp256k1, key, block)
block.proof = sig
block.scheme = "trust"
self.assertTrue(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
valid_block = copy.deepcopy(block)
block.dc_id = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.block_id = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.timestamp = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.prev_proof = "forged=="
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.l1_dc_id = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.l1_block_id = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.l1_proof = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.ddss = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.l2_count = "forged"
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.regions = ["forged", "stuff"]
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.clouds = ["forged"]
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
block = copy.deepcopy(valid_block)
block.proof = "MEQCIF+o3DHBiTbpw8X6W4/yOuPF/FfANIiNnG0mFLgjBAjuAiAe/QAHN8ufmHMeRvHFItdrzVHFORGED4/msipzFORGED=="
self.assertFalse(crypto.verify_l3_block_trust(blake2b, secp256k1, key.pubkey, block))
