async def verify_message(ctx, msg):
gc.collect()
message = message_digest(msg.message)
if len(msg.signature.nonce_pub.x) != 32 or len(msg.signature.sign_k) != 32:
raise wire.DataError("Invalid size of signature params")
is_valid = is_valid_beam_message(msg.signature, msg.public_key, message)
if not is_valid:
raise wire.InvalidSignature("Invalid signature")
# Display message itself
await require_validate_sign_message(ctx, str(msg.message, "utf-8"))
# Display pub nonce part
nonce_msg = "Sign_x: {}; Sign_y: {};".format(
bin_to_str(msg.signature.nonce_pub.x), msg.signature.nonce_pub.y
)
await require_validate_sign_message(ctx, nonce_msg)
pubkey_msg = "Pubkey_x: {}; Pubkey_y: {};".format(
bin_to_str(msg.public_key.x), msg.public_key.y
)
await require_validate_sign_message(ctx, pubkey_msg)
# Display sign_k part
sign_k_msg = "Sign_k: {};".format(bin_to_str(msg.signature.sign_k))
await require_validate_sign_message(ctx, sign_k_msg)
is_valid_msg = "Is valid: {}.".format(bool(is_valid))
await require_validate_sign_message(ctx, is_valid_msg)
return Success(message="Message verified")
def test_generate_rangeproof(self):
test_datasets = (
# Test params:
# (
# KIDV.idx, KIDV.type, KIDV.sub_idx, KIDV.value
# is_public_rangeproof,
# expected rangeproof
# )
(1, 2, 3, 4, False,
"e07b3fb5f3fa1b3fd2cf7e7043f12c437489c16eb572ee31c610772edeb5fe2401c3333f901a2beb862b4858d59f7aea4b0978d396cae16cd4a5bf97c3d7a48e1101825de562c004e7485387e102c5677891384e14dda882ed4\
738919bb5780fc23c00a9d9317a8b026e0f2e56fafdc2e01638d89c12dbfc5c74bff4b567774f41016f000771bd241a49aa6f73c68a4e5c66f2f905b85e7bed3fb2b74912934f885324f045ad92e277748df5d901141e484f555e3f65fc209deed742\
9671eea4a0c89f74006530aff43cb1b873e77f7aba376ac6eaffa61d7e1763d7a32cdfdfdd0c6c66cc0179b94e85266852b459cb5d0c421004020c4d6a766b32b67a5b2db80b744bdb5901422d5bdf27999d63ac7e9dde0bdc2e718cad02d829addbd\
5c3132108dacc924100f2924ad698f641786464be59b979b8f73a081d4946c0e9bc00ef8df32e8da8f500ee99cbcb72e3c958f4a41d5da34b957dc12fdf78c337725f42d49183808116a000b4a0695fdc85766416732889a59cb21df6a7211a92ca07\
332e834087b486b083019b62e5457b4078fc0e978275d266dd160d87c4da893306ca7c297278b02feb1001e2231671f5f37cdafb32f5680b67f50772194000c09d87af2a955253a22d2329001d323b1bd64bb0490f78be6ab36b2d3beb70e1fad7c58\
d203236921ada7aa40a011f74281a315fdf2bc689d6a9a62cc8ea389a0ab4200e1ee04efe4b5fd538678f001766c12ddfa95f0c0878a938a632038fb0d297d5262c79755c62fa639c0905940199a99e4edfe6b3218e07db0c64ab5e60f3095cf8f803\
b8962dfeb8675af633a7d1a99857c11b26592b2a8b23dda679d8a2b398a30c1003e5c884513ded62c24318669dc6c4760281687f91ad4493a3262ad2a373ef0a2d3fa216adc9ee40bfbf01103585e8d34e73336b19f61845c6df7f1c4014a11c99482\
4b7ba42ce5bf844"),
(1, 11, 111, 23110, False,
'2a44fb6cd5e465062feabe88fcbe0405abceac90eb04ba8dd21aae5fc6b8030101bf68a61abd528e5123cf2821139e0aa7af9ba394d62d7a331d30018eaee08948007084e76eb5297fff69811aed568a7d71234207e471b67153\
bd71d1cb1a5a746a010bb5c8a0055d878f8f4915f650e70280d129eff108062b909e55bdab19e4729d01f9f3c531a059dd45ecfacca651ef1a28275e811f8580b3a5a3c6dbb8fb8e5a2a0e4cf8cb2d70147f0d2b3628c94ac288cf3cea4e6d4b7efcb\
a63976deda5aed601abbc6d9f73a728685e0ced6fb6874b036e9211cbddeec538eacd68c489bdd8a000ebe4131c9bf9f979e8a32c474650c6913e13e063970c4db34954973d16c3cc30009a0642e36120597e61de2c351e6c751c65c62b89ef1bdb17\
0dceeeb0de1fb4e501894918a1bec4fcf5340d72993bae0f8aad57b8a53ea63ceffff38b4485d23ddb00c8e6d8008472958a9e7f416fc03285b4a6cca4d9a5c5279a9a60e4606bd18176002a0d52513e8e13804d8114c1e06181e1995fd3e87dd6bea\
ae60da226d29e2b1a0096c531227d48a773299cb8f21789e496e6966df9d1d638cd8386fed9bf4d9ccc01552cb8f33bcd98591ea5fba648886f383dc816641d07f5705e4685a0253fd2a301f1c3b231cb4bd6cd2c66c8ebbbc8f801c6046635f4e22f\
a9770f327b2094a88900d70fa2629d583c7e74e311347beccb266a5a709749ffec89168d95a377b284f101ab3b7da1357b4978fa4ce70d9b8e03f9a06b62d4441ef0c0fab2eb24f7b8291a00ca124343a08dd3d9539adb45a356d3d28129a07c3e6b9\
8e7fdeb6a76dbd47300183a2c54c18bf7ab967240ef04c4350e9c64c65be17a2afc7444d975c7bc286c0804555e6c08ab0aae70097f779d91547125d8701317d37baa562bc9399034dc4f08362e1537161166edd17d7cdbf23749d12fc6ca59a9189a\
190b6a48f40c81'),
(0, 0, 0, 3, False,
'add55fb422565311a0940bcffb84d1a1fe5561263c41d0c5557fdb41bc62de0e00b2092f8aebf26c252f2e5609324286f6b1610c210b50bba4470e8e0f76068484011146a35c268477d60a92432dfaf38633e8c94eb88c88d420\
235d9dce3d2ab7e70171a9a46203336194078900390053efd05947f656339d44478b993d2b125e4a3300884bd1da5f13315f929d9cda40b4f3ddf89124c5514255f3eda19b9e51ffb4752fd3111d635563bafa8b4cd3fc858e4c4e7d87fe2744f2c55\
4a860d009e0154a012d667ec625c368e663e856ea61310fa58e7197d6a135d09e394baf15b789410401749403c00827547c189cdb8757fd3175b29343ecd1da89b0cfee98fec61b86a401d9284b52e85c43f6535a9a740f86106c948b62ceb1973f16\
7fd8521e5f61164001d053851eee209e72a2df5a7f314d170cecd7550939a3896d4e46d597623ca2fc0007f4819857c0cd5326c77ec24f82537270be96c08ac01f46db3cc690fdc483ae010f0805b64f9589baa57ac0fa4f25e21de87966c5e9f9320\
d9465382ac89b3df40190e7f97817dd3ece479122321593ffef20487601df681e80b8837deed98afd1a0026e8ac32ef097debef5fe051fa981dc05bcbf59d0749e3615111725bb79c00e9001a9cc2bb1d667c877b88dfcbb2f28feabca5022c44b63f\
ba8e8a0ff288dfe7ba0199ed51ce3651ac8c3d144662723db16768186f5c1fee2e2818407353d7a64cf401b290d7dfae00c75f9261ee044795cf375dc5b51ae482de7e3770ea1ecba1556500f0936899d729dfa5425e34dd21b58c73ac28784794c0a\
27a6feb809a9591e9120dc0bb6acac4f8b8a3a9fd2881264b9b80cf0312a97429c185a77818720b800a8fc7d196c8705fb9fbb25c0df0d0c96ee45fe086ae5833943d2458967828bc38ca1885d0f6edb4f8254ae098edb83fa372410de51f55c46bea\
1c0c90b54fe6b1'),
)
for test_params in test_datasets:
kid_idx = test_params[0]
kid_type = test_params[1]
kid_sub_idx = test_params[2]
kid_value = test_params[3]
is_public_rangeproof = int(test_params[4])
expected_rangeproof = test_params[5]
is_public_rangeproof = 0
asset_id = bytearray(0)
rangeproof_data = bytearray(688)
beam.generate_rp_from_key_idv(kid_idx, kid_type, kid_sub_idx,
kid_value, asset_id,
is_public_rangeproof, self.seed,
rangeproof_data)
self.assertEqual(bin_to_str(rangeproof_data), expected_rangeproof)
def test_get_public_key(self):
mnemonic = "all all all all all all all all all all all all"
kdf = get_beam_kdf(mnemonic)
test_datasets = (
(0, 0,
"88b528eecb5ee5ae81e56e2105aca06997761c9cd2e566b25eaee1951be26688",
1),
(0, 1,
"53839a38c1089e28e901279266cff2da921ca82ed39c6ac0261a039157754e40",
1),
(0, 8,
"a3378664f9ada1a32cf860076ec6110621c7430d9b04316a20b56ced6fd73546",
1),
(1, 1,
"da2d246d99860617bd37755605f0584de6094b437efb4931ec20cf85b62631a5",
0),
(1, 8,
"54158bdbeef7292b96d5ea57b2eebc3ba6c8d4a16cfeb6cd75354e8497d009b8",
1),
(2, 8,
"bfb3e6e6eb8ee2b686aaa6a056fa2670a5c49d76583eb05fb84d9c5ab7227c71",
0),
(3, 0,
"22e6e269fb26638d8501583d5a7c0c8051315f9576174cc6f64dacfe9a01ef7f",
0),
(3, 3,
"392b73f534c490f614c36a3ad738a10b2cc4b08543e6250a2b2927d1c5ffa4ba",
1),
(4, 4,
"e5c551250ccb2dfbd11b5d38eae670d0476909acb7d1955c78c53647dd5de3e9",
0),
(5, 2,
"269c9a18d3a8f5acf4036a711e41cf7c5071aceac1fe95666040369a3311ac71",
0),
(10, 3,
"706bc1d21de9d4fdf4daef73b7774cb7e869e454a7776d8116c0ce86f9427577",
0),
)
for test_params in test_datasets:
kid_idx = test_params[0]
kid_sub_idx = test_params[1]
expected_public_key_x = test_params[2]
expected_public_key_y = test_params[3]
pk = get_beam_pk(kid_idx, kid_sub_idx, kdf)
self.assertEqual(bin_to_str(pk[0]), expected_public_key_x)
self.assertEqual(pk[1], expected_public_key_y)
def test_generate_nonce_singular(self):
test_datasets = (
(1,
"907356940fcc255479509517cfb381ea8c97631f116da551e1dbe958cb74977f",
0),
(2,
"7245e95ad17cea33fd91dffa041c93e6258c679a62651e0f155b253c29c0f4e4",
1),
(3,
"222f20219e08ab207b483d2bcb989b646281cf95b83ec35bf01246c9c24861ad",
0),
(4,
"18d2ac3f9dbc3d686352ce45390951077c1cb882cb8cf84ed2aaa32d0eaf6f0d",
1),
(5,
"18b34cb39a4a9e54dd71ffb7898ae29263fa7ea80048caa03dd39e3516b35237",
1),
(6,
"0643ac518336207ac327652d4266728afb30f99c772263caff38aee4f797c8a6",
0),
(7,
"ea0f4dc9323d9ebb323db74a7505220ce964a9a4f2f7b3f984b3ae17dcac8847",
1),
(8,
"f0ff98f3a9a6e49f0560789e56ffec9b9d30d026a4f7a3f3e88ad8b4cdd8c6ce",
1),
(9,
"59bf7dfce1afcb1147a9057640fbc74c054702b798da6dccaa09c08f8e023eab",
0),
(10,
"c63be273d84be79bf5ee205b13cdca7aad711ee87bf0d96cf602b252ac4e51de",
1),
)
__init_and_unlock_config()
create_master_nonce(self.seed)
for test_params in test_datasets:
slot = test_params[0]
expected_pub_x = test_params[1]
expected_pub_y = test_params[2]
_, new_nonce = create_nonce(slot)
pubkey_x, pubkey_y = calc_nonce_pub(new_nonce)
self.assertEqual(bin_to_str(pubkey_x), expected_pub_x)
self.assertEqual(pubkey_y[0], expected_pub_y)
def test_get_public_key_another_mnemonic(self):
mnemonic = "abc abc abc abc abc abc abc abc abc abc abc abc"
kdf = get_beam_kdf(mnemonic)
test_datasets = (
(0, 0,
"119a034ddd950028e45ee1d0c9b26efba0fb28af83e7f2ba83a5c0fa7ae2daee",
0),
(0, 1,
"2a4c57b74f1cc0ee995ceab14ae9e9bc581da8ccb290564d15b9079858635604",
1),
(0, 8,
"418ec586d5ff80c1d82b25892c64a45243d9630fec255580cb2f0ac95b614415",
1),
(1, 1,
"f3632a997e42ff854d8d450113e8bea6f47e2ef069ed6cf36188343a1c7df013",
0),
(2, 8,
"a135d3ddcbce9cc76e46c2c8374ab084e88e01d81eb8a9588bd19cb997a41f91",
1),
(3, 0,
"19812e15f636ae0df35cc158d3496dd33999cf8f18df939588248d3f8ff86bd7",
0),
(3, 3,
"9e2b9fb5178fb4e71a8242b658c249e0aceb7ac576fc20a034a67c8c4f5b1c61",
0),
(4, 4,
"d320b5f0fcdcbfe2d005bff93d0fec1e1ac33abeebe51b2c9322176f820252cf",
1),
(5, 2,
"3206c52f75f777b230f64e0d6dff6eb6c2a1566b3b887943939beb0d3a6444f1",
1),
(10, 3,
"ff33f03af33b4b062e69479327d1fc02c13a22354dcd9a3bc7162ad3b2768f1c",
1),
)
for test_params in test_datasets:
kid_idx = test_params[0]
kid_sub_idx = test_params[1]
expected_public_key_x = test_params[2]
expected_public_key_y = test_params[3]
pk = get_beam_pk(kid_idx, kid_sub_idx, kdf)
self.assertEqual(bin_to_str(pk[0]), expected_public_key_x)
self.assertEqual(pk[1], expected_public_key_y)
def test_message_digest(self):
test_datasets = (
(
"Hello, world!",
"1ab8816c3a4ba40c0857eb039445303126f103db4c3b848806a77ce61e860ab2",
),
(
"abc",
"6ed020d642e731d9d79da2dfa5b57c9c1ed148d00c9e23591459e563b10f23f2",
),
(
"ABC",
"6af3829a33662dd58ae51ee4bd23d1a718bb319f9b6cbd2048bc6ba27f18ba7e",
),
(
"beam",
"e21df0f5518a2ba06a122b54b09f33960e158bbd5269cd9477531a5301e18d14",
),
(
"BEAM",
"fe7634347119cb94bd374db7575cfd0ed7057e0615c99ae7e3bbd97b8a95c363",
),
(
"beam beam beam",
"e914080bb4e2c1591036c2181d5f0cb13dd6ceedc777b3e5f754e5fb8075b8a7",
),
(
"beam,beam,beam",
"0ddba34f96272d6d1690abdb0f1ee29cd18e61a33c6db592c54707b24955168d",
),
(
"beam trezor integration",
"1c956a830ce1602a47a843dbb664d28a164bbf9935de1d4002ef7d81449247ea",
),
)
for test_params in test_datasets:
message = test_params[0]
expected_digest = test_params[1]
msg_digest = message_digest(message)
self.assertEqual(bin_to_str(msg_digest), expected_digest)
def test_generate_key(self):
test_datasets = (
(
0,
0,
0,
0,
"6a11f21ad47da59863e7f7d2fc952677f8342f4a2f89eb4c281f3b832dca8afc",
0,
),
(
0,
0,
0,
1,
"ecf1258affe8c0b11c5c954e997e7fe1f9d2988db19b491b39537fea9506a47e",
0,
),
(
0,
0,
1,
0,
"53cb716a7cb3777f4ba1a55a241eee45ddb184601155887f90d465975aa3a714",
0,
),
(
0,
0,
1,
1,
"25c93e889ffe9548f611a27d30eae3f8c7d6a57cfeb9d3ca282fdaa3c37464c0",
0,
),
(
0,
1,
0,
0,
"e16fabeadd8bcb2135f50f87eb076c4c43662ed9c55f846e49772e6945446d74",
0,
),
(
0,
2,
0,
0,
"a836e2f146905f6b2763cbf013a3bd3f586944fa415a31897b040b2eb53cbd71",
1,
),
(
0,
2,
3,
0,
"e94c437859c3ae14a6c46a3c71d1f423c6cc1622a28a09ba404c12459fe20632",
1,
),
(
1,
0,
0,
0,
"e37f48af79d74ad8618fc060cff066c6a814aefd38687133b168a4474640072f",
1,
),
(
1,
2,
3,
4,
"ad875e9a938661b7928cbbefe917b67a994b76fcf8c9af4e7d31c30b9965dfd3",
1,
),
(
4,
3,
2,
1,
"23e0c0e7f683cc720061da846753702ab0f07effbeb27d91e12fc806c8e89b37",
1,
),
(
0,
0,
1,
5,
"28ba82826c91026cf6464d288aa48a83c16c1147674509645fdead09a8ba5a21",
0,
),
)
is_coin_key = True
for test_params in test_datasets:
idx = test_params[0]
type = test_params[1]
sub_idx = test_params[2]
value = test_params[3]
expected_key_image_x = test_params[4]
expected_key_image_y = test_params[5]
key_image_x = bytearray(32)
key_image_y = bytearray(1)
beam.generate_key(idx, type, sub_idx, value, is_coin_key,
self.seed, key_image_x, key_image_y)
self.assertEqual(expected_key_image_x, bin_to_str(key_image_x))
self.assertEqual(expected_key_image_y, key_image_y[0])
def test_get_nonce_public(self):
test_datasets = (
(
1,
"bc47be20f12041a1cbd1c9265b8397ed8249972ca3510629a5c6e3bd3e6e2793",
0,
),
(
2,
"86820dfa982357dc9bebf7e0aa24bd800e29e9372b2c745545c037988ea1666f",
0,
),
(3,
"eff59e168bbfbb8696e0b695ab135a8e51d677dd11f4d444a4209c028ae43c44",
0),
(4,
"dc6192e3822950ee14c277aa16891461936d23aac6a283f26d1cf5580b9b286f",
1),
(5,
"309567c913ca0474491f9ed08e1d1da35a4c2f3a4db6c9d610220c6ccc1114d5",
0),
(6,
"2b070adfe1c6090280f48ea3d36e6fcd5ffe50bb5e9084af710b67786dce78af",
1),
(7,
"b941e433e0be60152fc7f0fefd9a2e539186dd7691c2acd040e86b89ded1732d",
1),
(8,
"a106ba444dc58efd0e7deacfae276a71970eb446aaa641aff31a0818400c52fa",
0),
(9,
"71d12f75072c62f2e2d41dcb9c06d5f1341412a189deb5e01ec007b3770fdd48",
1),
(10,
"4b66d33ab72fb6e30f7d3d265bb2132129dfa783ef0063514adc68f2da6a5699",
0),
(11,
"5f5afc9f87d9c5420007bb43f5b18b08c1ffda5095c3b85045e82248b74a4973",
0),
(14,
"77e8da5f5f89c5aeea33b74c20f03e9ad56ae34c693ca52722ee04eb53a04af4",
0),
(15,
"620033e2630dbd511bfd93e39af7a3ab7d18545d985fd21317b8689dd007f9cb",
0),
(20,
"4cfcfd48404e59952f3a777eef412726475fab8de47bc09515e74f923cba5d9b",
0),
(42,
"91079d4dd75e709e705db7bbfcdb4ac8f7c20aad91b259fba608bd3d1d1578f6",
0),
)
__init_and_unlock_config()
create_master_nonce(self.seed)
for test_params in test_datasets:
slot = test_params[0]
expected_pub_x = test_params[1]
expected_pub_y = test_params[2]
pubkey_x, pubkey_y = get_nonce_pub(slot)
self.assertEqual(bin_to_str(pubkey_x), expected_pub_x)
self.assertEqual(pubkey_y[0], expected_pub_y)
def test_generate_nonce_derived(self):
test_datasets = (
(
# Slot number
1,
(
# Expected derivables (each next result is influenced by previous)
("907356940fcc255479509517cfb381ea8c97631f116da551e1dbe958cb74977f",
0),
("dd54c9e2da23f6918547f884dfe998db4a8724654c772c7e113f897c3c9aa414",
1),
),
),
(
# Slot number
2,
(
# Expected derivables (each next result is influenced by previous)
("7245e95ad17cea33fd91dffa041c93e6258c679a62651e0f155b253c29c0f4e4",
1),
("e548866f0aabe149f3111ad69b3eb49fd5955356ac01404e89ac8f5d652a20da",
1),
("df449a81066451123154ce2894f1d2cac88cf079a76a9016c94937b3934a9ad5",
1),
("5ac9af998e236b01c5b8623fd8a59a30bf4884cd1c633ba717362428739a8107",
1),
),
),
(
# Slot number
20,
(
# Expected derivables (each next result is influenced by previous)
("93062b41367dcf42b77b5b712d4dd3cec5b34e80defc750a4748e7e03b643027",
1),
("9c2e6c6ce8627be88e1165ed7fbc2f7d88483c59e904ff7d27e734c412747b72",
1),
("749532358b78ed8be86c4022e8241fe8a9198ce4c6f974300bfc072b67517fa7",
1),
("baa63f8cbabcfa115ade13fd876c959cc38467e9e80e052916e51f21de79ec58",
0),
("e3bf982bb5a4c49e449e7f82fb0b74fa60bb1ba033b7891797e1694969fd5630",
1),
),
),
(
# Slot number
42,
(
# Expected derivables (each next result is influenced by previous)
("43b867b1d20d303652879902f67c4e6bfc602429e414d9035a160c60e4d97a34",
0),
("1fca3baba4542ac31bde0ca854c2df5ee0490be6c37d9fa9ee7b81a4fea01198",
1),
("76c2ee37fce19ee912c765f9a1e1a6c477a7eae61903f60bdea263ba602faa99",
1),
("12e4d7efeee2950637b700bb1a11884af585ac15b38166b2af181af36f2126ae",
0),
("f8db921a659decdbf67556bdd11d4c416d796a8c21303f06913b89755a639f14",
0),
("cd62c77950f269d0fa9d24d08418c1c1cda6f820acfa65a23ec15373cfeeceb5",
0),
("a90626fe6ca8ff9c295a0476c6635c27b8db52fb0e1ebac5df7b948733f0eb99",
1),
),
),
)
__init_and_unlock_config()
create_master_nonce(self.seed)
for test_params in test_datasets:
slot = test_params[0]
expected_derivables = test_params[1]
for expected in expected_derivables:
expected_pub_x = expected[0]
expected_pub_y = expected[1]
_, new_nonce = create_nonce(slot)
pubkey_x, pubkey_y = calc_nonce_pub(new_nonce)
self.assertEqual(bin_to_str(pubkey_x), expected_pub_x)
self.assertEqual(pubkey_y[0], expected_pub_y)
def test_consume_nonce(self):
test_datasets = (
(
# Slot number
1,
(
# Expected public keys (each next result is influenced by previous)
("bc47be20f12041a1cbd1c9265b8397ed8249972ca3510629a5c6e3bd3e6e2793",
0),
("907356940fcc255479509517cfb381ea8c97631f116da551e1dbe958cb74977f",
0),
),
),
(
# Slot number
2,
(
# Expected public keys (each next result is influenced by previous)
("86820dfa982357dc9bebf7e0aa24bd800e29e9372b2c745545c037988ea1666f",
0),
("7245e95ad17cea33fd91dffa041c93e6258c679a62651e0f155b253c29c0f4e4",
1),
("e548866f0aabe149f3111ad69b3eb49fd5955356ac01404e89ac8f5d652a20da",
1),
("df449a81066451123154ce2894f1d2cac88cf079a76a9016c94937b3934a9ad5",
1),
("5ac9af998e236b01c5b8623fd8a59a30bf4884cd1c633ba717362428739a8107",
1),
),
),
(
# Slot number
20,
(
# Expected public keys (each next result is influenced by previous)
("4cfcfd48404e59952f3a777eef412726475fab8de47bc09515e74f923cba5d9b",
0),
("93062b41367dcf42b77b5b712d4dd3cec5b34e80defc750a4748e7e03b643027",
1),
("9c2e6c6ce8627be88e1165ed7fbc2f7d88483c59e904ff7d27e734c412747b72",
1),
("749532358b78ed8be86c4022e8241fe8a9198ce4c6f974300bfc072b67517fa7",
1),
("baa63f8cbabcfa115ade13fd876c959cc38467e9e80e052916e51f21de79ec58",
0),
("e3bf982bb5a4c49e449e7f82fb0b74fa60bb1ba033b7891797e1694969fd5630",
1),
),
),
(
# Slot number
42,
(
# Expected public keys (each next result is influenced by previous)
("91079d4dd75e709e705db7bbfcdb4ac8f7c20aad91b259fba608bd3d1d1578f6",
0),
("43b867b1d20d303652879902f67c4e6bfc602429e414d9035a160c60e4d97a34",
0),
("1fca3baba4542ac31bde0ca854c2df5ee0490be6c37d9fa9ee7b81a4fea01198",
1),
("76c2ee37fce19ee912c765f9a1e1a6c477a7eae61903f60bdea263ba602faa99",
1),
("12e4d7efeee2950637b700bb1a11884af585ac15b38166b2af181af36f2126ae",
0),
("f8db921a659decdbf67556bdd11d4c416d796a8c21303f06913b89755a639f14",
0),
("cd62c77950f269d0fa9d24d08418c1c1cda6f820acfa65a23ec15373cfeeceb5",
0),
("a90626fe6ca8ff9c295a0476c6635c27b8db52fb0e1ebac5df7b948733f0eb99",
1),
),
),
)
__init_and_unlock_config()
create_master_nonce(self.seed)
for test_params in test_datasets:
slot = test_params[0]
expected_derivables = test_params[1]
for expected in expected_derivables:
expected_pub_x = expected[0]
expected_pub_y = expected[1]
pubkey_x, pubkey_y = get_nonce_pub(slot)
consume_nonce(slot)
#print("Slot: {}; X: {}; Y: {}".format(slot, bin_to_str(pubkey_x), pubkey_y[0]))
self.assertEqual(bin_to_str(pubkey_x), expected_pub_x)
self.assertEqual(pubkey_y[0], expected_pub_y)
def test_sign_message(self):
test_datasets = (
(
0,
0,
"hello world",
"94bb1f34c5e970136d4f1ff769e3332e4e5f430122ebe7e7720c754713adfab6",
0,
"9f01b0eb202cd0780e35f0cf20c06cd930af8bb55db9c9c3e2146f34de1239d9",
),
(
0,
1,
"hello world",
"39e2014221f59c4f887be7158df22ef996ff061b7411a6d915ac91dc5a336d4b",
0,
"a7b9447e39eb14e0c3167496ba53b3253918577c1c4bc0084fe8105ea6d520e5",
),
(
5,
2,
"hello world",
"848824bb7e3ee53ecc0d9ecdbacd8e7015d80ebaa3f50a0147d65a92e8d61894",
0,
"d6d4b41ba3c858d99bb454155b9e9d531c35fc8f1535807a38e9509cb7314a75",
),
(
0,
0,
"hello world",
"9f315b9105225a0493d072d345b0e9a96e7c68395f004676c508259a16ade81e",
1,
"3a303f731efb81d035cc98d835b66e109dd17921ec0e14091aecc72d64d7ab40",
),
(
1,
8,
"hello from BEAM",
"50d1f214d345a0f9cab5f7299f8e300ff1ee7c1201646bd67132203526593263",
0,
"a49d590c6894f1675b5d6a43bb7845c9277d66d70c1114927a7870c6c6e95492",
),
(
4,
4,
"abcdefg",
"ec088ee2b66fab3b3c43337e8ad992dcc81e69a55f40b36b181a6899fc08a0f8",
0,
"177a773a6278a87f03606edb5237f83bd40ea2e2954649e20930c42eb4bd7f17",
),
)
print()
for test_params in test_datasets:
kdf = get_beam_kdf(self.mnemonic)
kid_idx = test_params[0]
kid_sub_idx = test_params[1]
message = test_params[2]
expected_nonce_pub_x = test_params[3]
expected_nonce_pub_y = test_params[4]
expected_sign_k = test_params[5]
sign_nonce_pub_x = bytearray(32)
sign_nonce_pub_y = bytearray(1)
sign_k = bytearray(32)
sk = get_beam_sk(kid_idx, kid_sub_idx, kdf)
digest = message_digest(message)
beam.signature_sign(digest, sk, sign_nonce_pub_x, sign_nonce_pub_y,
sign_k)
#print("Idx: {}; Sub idx: {}, message: {}".format(kid_idx, kid_sub_idx, message))
#print("Digest: {}; Sk: {}".format(bin_to_str(digest), bin_to_str(sk)))
#print("X: {}, y: {}, k: {}".format(bin_to_str(sign_nonce_pub_x), sign_nonce_pub_y[0], bin_to_str(sign_k)))
self.assertEqual(bin_to_str(sign_nonce_pub_x),
expected_nonce_pub_x)
self.assertEqual(sign_nonce_pub_y[0], expected_nonce_pub_y)
self.assertEqual(bin_to_str(sign_k), expected_sign_k)
def test_sign_transaction(self):
test_datasets = (
(
# Inputs:
[
# KIDV:
# idx, type, sub_idx, value
[1, 1, 1, 2],
[2, 2, 2, 5],
],
# Outputs:
[
# KIDV:
# idx, type, sub_idx, value
[3, 3, 3, 3],
],
# Nonce slot:
2,
# Kernel params:
# fee, min_height, max_height,
# commitment_x, commitment_y,
# multisig_nonce_x, multisig_nonce_y,
# offset_sk
# expected_signature, expected_is_signed
1,
1,
5,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
"614856ca69245fd9c6e8db15a256c050ca078e79a6f49e61e24688fdcad73bf6",
True),
([
[1, 0, 1, 8],
[2, 0, 0, 5],
], [
[1, 0, 1, 4],
], 2, 1, 1, 5,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
"7c4fe694451b28159e5407714072acd1eae4da18aef1dfd42bb165405f529a04",
True),
([
[0, 0, 0, 40],
], [
[0, 0, 0, 16],
[0, 0, 0, 24],
], 1, 0, 25000, 27500,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
0,
"0x12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef12abcdef",
"60e3e9d87bd264bdcac4518284bd4f850561c3bb251bd758bb1349a44188a28c",
True),
)
config.init()
config.wipe()
config.unlock(pin_to_int(''))
create_master_nonce(self.seed)
for test_params in test_datasets:
inputs = create_kidv_list_from(test_params[0])
outputs = create_kidv_list_from(test_params[1])
nonce_slot = test_params[2]
fee = test_params[3]
min_height = test_params[4]
max_height = test_params[5]
commitment_x = test_params[6]
commitment_y = test_params[7]
multisig_nonce_x = test_params[8]
multisig_nonce_y = test_params[9]
offset_sk = test_params[10]
expected_signature = test_params[11]
expected_is_signed = test_params[12]
tm = beam.TransactionMaker()
sk_total, value_transferred = sign_tx_part_1(
tm, self.mnemonic, inputs, outputs, fee, min_height,
max_height, commitment_x, commitment_y, multisig_nonce_x,
multisig_nonce_y, nonce_slot, offset_sk)
signature, is_signed = sign_tx_part_2(tm, sk_total, nonce_slot)
self.assertEqual(bin_to_str(signature), expected_signature)
self.assertEqual(is_signed, expected_is_signed)