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test_jade.py
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import os
import time
import glob
import cbor2 as cbor
import copy
import json
import base64
import random
import logging
import argparse
import subprocess
import threading
import _thread
from pinserver.server import PINServerECDHv2
from pinserver.pindb import PINDb
import wallycore as wally
from jadepy.jade import JadeAPI, JadeError
# Enable jade logging
jadehandler = logging.StreamHandler()
logger = logging.getLogger('jadepy.jade')
logger.setLevel(logging.DEBUG)
logger.addHandler(jadehandler)
device_logger = logging.getLogger('jadepy.jade-device')
device_logger.setLevel(logging.DEBUG)
device_logger.addHandler(jadehandler)
def h2b(hexdata):
if hexdata is None:
return None
elif isinstance(hexdata, list):
return list(map(h2b, hexdata))
elif isinstance(hexdata, dict):
return {k: h2b(v) for k, v in hexdata.items()}
else:
return bytes.fromhex(hexdata)
def _h2b_test_case(testcase):
# Convert fields from hex to binary
if 'txn' in testcase['input']:
# sign-tx data
testcase['input']['txn'] = h2b(testcase['input']['txn'])
for input in testcase['input']['inputs']:
if input:
for k, v in input.items():
if k not in ['is_witness', 'path', 'sighash', 'satoshi', 'value']:
input[k] = h2b(v)
if 'trusted_commitments' in testcase['input']:
for commitment in testcase['input']['trusted_commitments']:
if commitment:
for k, v in commitment.items():
commitment[k] = v if k == 'value' else h2b(v)
if 'additional_info' in testcase['input']:
additional_info = testcase['input']['additional_info']
for summary_item in additional_info['wallet_input_summary']:
summary_item['asset_id'] = h2b(summary_item['asset_id'])
for summary_item in additional_info['wallet_output_summary']:
summary_item['asset_id'] = h2b(summary_item['asset_id'])
if 'expected_output' in testcase:
testcase['expected_output'] = h2b(testcase['expected_output'])
elif 'psbt' in testcase['input']:
# sign-psbt data
testcase['input']['psbt'] = base64.b64decode(testcase['input']['psbt'])
testcase['expected_output']['psbt'] = base64.b64decode(testcase['expected_output']['psbt'])
if 'txn' in testcase['expected_output']:
testcase['expected_output']['txn'] = h2b(testcase['expected_output']['txn'])
elif 'message' in testcase['input']:
# sign-msg test data
if 'ae_host_commitment' in testcase['input']:
testcase['input']['ae_host_commitment'] = h2b(testcase['input']['ae_host_commitment'])
if 'ae_host_entropy' in testcase['input']:
testcase['input']['ae_host_entropy'] = h2b(testcase['input']['ae_host_entropy'])
if 'expected_output' in testcase and len(testcase['expected_output']) == 2:
testcase['expected_output'][0] = h2b(testcase['expected_output'][0])
elif 'identity' in testcase['input']:
# sign-identity test data
testcase['input']['challenge'] = h2b(testcase['input']['challenge'])
expected_output = testcase['expected_output']
expected_output['slip-0013'] = h2b(expected_output['slip-0013'])
expected_output['signature'] = h2b(expected_output['signature'])
expected_output['slip-0017'] = h2b(expected_output['slip-0017'])
expected_output['ecdh_with_trezor'] = h2b(expected_output['ecdh_with_trezor'])
elif 'multisig_name' in testcase['input']:
# multisig data
descriptor = testcase['input']['descriptor']
if 'master_blinding_key' in descriptor:
descriptor['master_blinding_key'] = h2b(descriptor['master_blinding_key'])
for signer in testcase['input']['descriptor']['signers']:
signer['fingerprint'] = h2b(signer['fingerprint'])
if 'blinding_key_tests' in testcase:
for blinding_test in testcase['blinding_key_tests']:
blinding_test['script'] = h2b(blinding_test['script'])
blinding_test['their_pubkey'] = h2b(blinding_test['their_pubkey'])
blinding_test['expected_blinding_key'] = h2b(blinding_test['expected_blinding_key'])
blinding_test['expected_shared_nonce'] = h2b(blinding_test['expected_shared_nonce'])
if 'commitments_tests' in testcase:
for blinding_test in testcase['commitments_tests']:
blinding_test['hash_prevouts'] = h2b(blinding_test['hash_prevouts'])
blinding_test['asset_id'] = h2b(blinding_test['asset_id'])
blinding_test['abf'] = h2b(blinding_test['abf'])
blinding_test['vbf'] = h2b(blinding_test['vbf'])
blinding_test['asset_generator'] = h2b(blinding_test['asset_generator'])
blinding_test['value_commitment'] = h2b(blinding_test['value_commitment'])
elif 'multisig_file' in testcase['input']:
expected_result = testcase.get('expected_result')
if expected_result and 'master_blinding_key' in expected_result:
expected_result['master_blinding_key'] = h2b(expected_result['master_blinding_key'])
elif 'descriptor_name' in testcase['input']:
# descriptor data
if 'multisig_equivalent' in testcase['input']:
for signer in testcase['input']['multisig_equivalent']['descriptor']['signers']:
signer['fingerprint'] = h2b(signer['fingerprint'])
return testcase
# Helper to read a json file into a dict
def _read_json_file(filename):
logger.info('Reading json file: {}'.format(filename))
with open(filename, 'r') as json_file:
return json.load(json_file)
# Helper to read json test files into a list
def _get_test_cases(pattern):
return (_h2b_test_case(_read_json_file(f)) for f in glob.glob("./test_data/" + pattern))
BLE_TEST_PASSKEYFILE = "ble_test_passkey.txt"
BLE_TEST_BADKEYFILE = "ble_test_badkey.txt"
# The default serial read timeout
DEFAULT_SERIAL_TIMEOUT = 120
# The pubkey for the test (in-proc) pinserver
PINSERVER_TEST_PUBKEY_FILE = "server_public_key.pub"
# Pinserver prod defaults
PINSERVER_DEFAULT_URL = "https://j8d.io"
PINSERVER_DEFAULT_ONION = "http://mrrxtq6tjpbnbm7vh5jt6mpjctn7ggyfy5wegvbeff3x7jrznqawlmid.onion"
# The number of values expected back in version info
NUM_VALUES_VERINFO = 19
TEST_MNEMONIC = 'fish inner face ginger orchard permit useful method fence \
kidney chuckle party favorite sunset draw limb science crane oval letter \
slot invite sadness banana'
TEST_MNEMONIC_PREFIXES = 'fish inne face gin orc perm usef meth fen kidn chuc \
part fav suns draw limb scie cran ova let slot invi sadn bana'
# 'can' and 'net' are ambiguous prefixes, but are an exact match to words in
# the bip39-wordlist, so should be recognised/allowed.
TEST_MNEMONIC_PREFIXES_EXACT_MATCH = 'recy wear club hurr indu floa cust gua \
ae plan scan carr elec reco acco stoc insp net ups can opt brie guid priv'
# One word (met) prefix is not unambiguous: met => metal, method
TEST_MNEMONIC_PREFIXES_AMBIGUOUS = 'fish inne face gin orc perm usef met fen \
kidn chuc part fav suns draw limb scie cran ova let slot invi sadn bana'
# Seedsigner styles for our test mnemonic
TEST_MNEMONIC_SEEDSIGNER = '0701093106520784124813051919112106800979032412840\
67217400531103815430402126110281632094415190145'
TEST_MNEMONIC_SEEDSIGNER_COMPACT = b'W\xae\x8dF1\t\xc1F{\xfcaU\x0fL\xa2PEA\xb3\
\x10\x9c\x0e\xc0\xe6Jv\xc0L\xc0\xec/x'
# bcur bip39 style for our test mnemonic
TEST_MNEMONIC_BCUR_BIP39_LOWER = 'ur:crypto-bip39/oeadlkiyjkisinihjzieihiojpjl\
kpjoihihjpjlieihihhskthsjeihiejzjliajeiojkhskpjkhsioihieiahsjkisihiojzhsjpihie\
kthskoihieiajpihktihiyjzhsjnihihiojzjlkoihaoidihjtrkkndede'
TEST_MNEMONIC_BCUR_BIP39_UPPER = 'UR:CRYPTO-BIP39/OEADLKIYJKISINIHJZIEIHIOJPJL\
KPJOIHIHJPJLIEIHIHHSKTHSJEIHIEJZJLIAJEIOJKHSKPJKHSIOIHIEIAHSJKISIHIOJZHSJPIHIE\
KTHSKOIHIEIAJPIHKTIHIYJZHSJNIHIHIOJZJLKOIHAOIDIHJTRKKNDEDE'
TEST_MNEMONIC_BCUR_BIP39_STRING = 'shield group erode awake lock sausage \
cash glare wave crew flame glove'
TEST_MNEMONIC_12 = 'retire verb human ecology best member fiction measure \
demand stereo wedding olive'
TEST_MNEMONIC_12_IDENTITY = 'alcohol woman abuse must during monitor noble \
actual mixed trade anger aisle'
# Seedsigner's own test vectors
# See: https://github.com/SeedSigner/seedsigner/blob/dev/docs/seed_qr/README.md
SEEDSIGNER_MNEMONIC_TEST_VECTORS = [
# 24-word
('attack pizza motion avocado network gather crop fresh patrol unusual wild holiday candy pony \
ranch winter theme error hybrid van cereal salon goddess expire',
'0115132511540127119007710415074212891906200808700266134314202016179206140896192903001524080\
10643',
b'\x0et\xb6A\x07\xf9L\xc0\xcc\xfa\xe6\xa1=\xcb\xec6b\x15O\xecg\xe0\xe0\t\x99\xc0x\x92Y}\x19\n'),
('atom solve joy ugly ankle message setup typical bean era cactus various odor refuse element \
afraid meadow quick medal plate wisdom swap noble shallow',
'0114165509641888007311191572188701560610025619321225144305730036110114051106132920181754119\
71576',
b"\x0eY\xdd\xe2v\x00\x93\x17\xf1'_\x13\x89\x88\x80x\xc9\x93h\xd1\xe8$\x89\xb5\xf6)S\x1f\xc5\
\xb6\xa5n"),
('sound federal bonus bleak light raise false engage round stock update render quote truck \
quality fringe palace foot recipe labor glow tortoise potato still',
'1662067502030188103614170658059415071712190814561408186514010744127307271437099407981836135\
01710',
b'\xcf\xca\x8ce\x8b\xc8\x19bT\x92R\xbcz\xc3\xba[\x0b\x01\xd2k\xca\xe8\x9f+^\xce\xbe&=\xcb*6'),
# 12-word
('forum undo fragile fade shy sign arrest garment culture tube off merit',
'073318950739065415961602009907670428187212261116',
b'[\xbd\x9dq\xa8\xecy\x90\x83\x1a\xff5\x9dBeE'),
('good battle boil exact add seed angle hurry success glad carbon whisper',
'080301540200062600251559007008931730078802752004',
b"dbhd' 3\x85\xc23}\xd8LP\x89\xfd"),
('approve fruit lens brass ring actual stool coin doll boss strong rate',
'008607501025021714880023171503630517020917211425',
b'\n\xcb\xba\x00\x8d\x9b\xa0\x05\xf5\x99k@\xa3G\\\xd9'),
# Potentially Problematic
('dignity utility vacant shiver thought canoe feel multiply item youth actor coyote',
'049619221923158517990268067811630950204300210397',
b'>\x1e\x0b\xc1\xe3\x1e\x0eC\x154\x8bv\xdf\xec\n\x98'),
('corn voice scrap arrow original diamond trial property benefit choose junk lock',
'038719631547010112530489185713790169032209701051',
b'0~\xaf\x05\x86Y\xcazz\rc\x15%\t\xe5A'),
('vocal tray giggle tool duck letter category pattern train magnet excite swamp',
'196218530783182905421028028912901848107106301753',
b'\xf5\\\xf5\x87\xf2T=\x01\t\r\n\xe7\x10\xbd;m'),
]
# Test cases generated with: https://github.com/ethankosakovsky/bip85
GET_BIP85_BIP39_DATA = [
(12, 0, "elephant this puppy lucky fatigue skate aerobic emotion peanut outer clinic casino"),
(12, 12, "prevent marriage menu outside total tone prison few sword coffee print salad"),
(12, 100, "lottery divert goat drink tackle picture youth text stem marriage call tip"),
(12, 65535, "curtain angle fatigue siren involve bleak detail frame name spare size cycle"),
(24, 0,
"certain act palace ball plug they divide fold climb hand tuition inside choose sponsor grass "
"scheme choose split top twenty always vendor fit thank"),
(24, 24,
"flip meat face wood hammer crack fat topple admit canvas bid capital leopard angry fan gate "
"domain exile patient recipe nut honey resist inner"),
(24, 1024,
"phone goat wheel unique local maximum sand reflect scissors one have spin weasel dignity "
"antenna acid pulp increase fitness typical bacon strike spy festival"),
(24, 65535,
"humble museum grab fitness wrap window front job quarter update rich grape gap daring blame "
"cricket traffic sad trade easily genius boost lumber rhythm")
]
# NOTE: the best way to generate test cases is directly in core.
# You need to poke the seed below into the wallet as a base58 wif, as below:
# bitcoin-cli sethdseed true "92zRAmYnWVRrWJ6cQb8yrzEz9r3aXj4oEUiPAZEbiPKHpCnxkKz"
#
# NOTE: if using liquid you also need to import the master-blindingkey (which
# green/wally derives from the seed using slip77, but elements-core does not)
# elements-cli importmasterblindingkey
# "946549f3bb3fc7449a6e86908b3bf1cc19f50cbdd9c1c459632b7624b397aec1"
#
# To generate txns it'll need some funds!
# Get an address and mine over 100 blocks to that address to get some money
# in the wallet. eg:
# bitcoin-cli generatetoaddress 120 2N8Yn3oXF7Pg38yBpuvoheDS7981vW4vy5b (for p2wsh-p2sh),
# mwJDHFp93fuHZysBwU7RTiFXrJZXXcPuUc (p2pkh legacy) or
# bcrt1qkrkcltr7kx5s5alsvnpvkcfunlrjtwx942zmn4 (p2wsh native)
#
TEST_SEED_SINGLE_SIG = 'b90e532426d0dc20fffe01037048c018e940300038b165c211915c672e07762c'
# NOTE: for get-xpub the root (empty path array) can be accessed (to allow
# external creation of watch-only public key tree)
# NOTE: networks 'liquid' and 'mainnet' result in 'xpub' prefix, else 'tpub'
GET_XPUB_DATA = [([], 'testnet', 'tpubD6NzVbkrYhZ4Y6YYLhPsm1vVhs7CDSvoxfTTohcN\
PigN2RkeMJL3gTWav9fCicJsC7eSyARLKi8Q3UU825cz65meRQFFfqTYfBBy3MHC6Vn'),
([], 'mainnet', 'xpub661MyMwAqRbcGJMgtWQnZ6b8Nk1YE4RkR2sAT9ZE\
3ovUH95wH5UxY1qkg7aRC7MdQD7YMauTncJMMHyWdDmkCeKMMoVwzJoK5DbZHHhinUQ'),
([], 'liquid', 'xpub661MyMwAqRbcGJMgtWQnZ6b8Nk1YE4RkR2sAT9ZE3\
ovUH95wH5UxY1qkg7aRC7MdQD7YMauTncJMMHyWdDmkCeKMMoVwzJoK5DbZHHhinUQ'),
([0], 'localtest', 'tpubD9wHvxq4yutRJBbRis4guqLvvAZqppKmMJmqD\
i4HVtVRTRKKTMzomHx77PqcprGZf6UuzwiWn8QWbUx3ECSUStzMHFPJM2e16VUoqEGnkk7'),
([6], 'localtest', 'tpubD9wHvxq4yutRaYSLLTxkMuSGafH6NyQMJeGhq\
sug25o2p9KMNqZAcSV1eYcX31eVXf5vS8MYUPp5Cr2HHAkmpgAHQHa7iG4bqW6ajLq6WVk'),
([12, 123], 'localtest-liquid', 'tpubDBdwuiH7nSNmLs5ffMyv3jXv\
ZrqFgimAbxXvxhWgXWATBTYPjiBbEDRzanF6YBHCaPoMF8XJNJdsUeXZHBuy3tkUSbEYh3o1M6fEfM\
fdBV5'),
([18, 986], 'mainnet', 'xpub6BYx1MizD2XPpY6EuF5Pso8cG5fVHJEWn\
iziGqXcrrcqH96MUiPcuNQkfKSnGx9tCvBJBZx35fiZE3zBbVkZqH89TU4W6HkyE9fSUx9QHNX'),
([2147483651, 2147483648], 'mainnet', 'xpub69w5Svpcz1iNw383Q4\
dcKTH7DVwPinVYL8Ka7S61gskwY8SW4YeeCny4xdxhR9yFhPxGDJ9Yne8PNQFoqkVdUK2whQ9bJiZu\
MarKPtCixrX'),
([2147483651, 2147483651], 'liquid', 'xpub69w5Svpcz1iP4ocLTZ9\
3HDnRkFwKRUomwEZwFuafNnDhTWirvUFxbtou6KQMT83gnyjZAKmsD8oTST6FTj5dgAZn5EP6KMPZw\
QGEQu1tqez'),
([2147483692, 0, 1, 2], 'testnet-liquid', 'tpubDFHUCdwiKzeyST\
BkMyPec9y9VSwwVgn1AftmefpKLYTPrChSCTbHAnbXtSQTB8qEvR8H6nt3sBwNAUeYZK5oc75dWDiY\
WBrYcMRYW2DGU1Z')]
GET_GREENADDRESS_DATA = [('localtest', 0, 1, 345, None, 0, None,
'2MyMy6Ey7a5dmWJW1D9M7RFwjmXD1ECrgy4'),
('testnet', 0, 1, 568, None, 51840, None,
'2MxbBuvnRvgL3uTDtTkufPTdzuwuXE9HCNj'),
('mainnet', 3, 1, 88, '', 0, None,
'36kTtrBFR5NQmzBxAuNWcmLk22WsuhRq2S'),
('mainnet', 0, 1, 568, 'xpub6BYx1MizD2XPpY6EuF5Pso8cG\
5fVHJEWniziGqXcrrcqH96MUiPcuNQkfKSnGx9tCvBJBZx35fiZE3zBbVkZqH89TU4W6HkyE9fSUx9\
QHNX', 0, None, '338M4PG24m1gZggrzQV1s9vr3dZZ31kLsU'),
('localtest-liquid', 6, 1, 345, None, 65535, None,
'Azpx2UGRpzEQ6pt6yCbPYGnjqNaTtxN2ZdLmMMjWMVvJdzd5uD9\
cysaRc4Es5auve68RAwijQqReG3AT'),
('testnet-liquid', 3, 1, 244, None, 65535, None,
'vjU6NdME2viTa8BzBA6qNG5jQKLfGfLvC93f4fRwZ9SR4pE7KBW\
QNbGUi2bodfxiMACFDombViiC5Vej'),
('liquid', 10, 1, 122, None, 65535, None,
'VJLGotGqjthW3NY7JFZ7EaJZo8rnuRi23waPVY7FwJTYxtFNrNL\
y6CC4VEQoKRmd5VkL2mmuo64LfZNy'),
# Jade can generate non-confidential addresses also
('testnet-liquid', 0, 1, 9, None, 65535, None,
'vjTzk5t4D8J3j73rt2QWsD9UMSs28KcNnYSGovgGBKcpfHpihSz\
5bsMmUNAkdohYRHXPztnqgZqaLgEk'),
('testnet-liquid', 0, 1, 9, None, 65535, True,
'vjTzk5t4D8J3j73rt2QWsD9UMSs28KcNnYSGovgGBKcpfHpihSz\
5bsMmUNAkdohYRHXPztnqgZqaLgEk'),
('testnet-liquid', 0, 1, 9, None, 65535, False,
'8z6YuTaMWRf4UeqAGKmQ64Bi4wPWtw7pqm')]
GET_SINGLE_SIG_ADDR_DATA = [ # The below were generated on core
('localtest', 'sh(wpkh(k))', None,
[2147483648, 2147483648, 2147483657],
'2N8Yn3oXF7Pg38yBpuvoheDS7981vW4vy5b'),
('localtest', 'wpkh(k)', None,
[2147483648, 2147483648, 2147483658],
'bcrt1qkrkcltr7kx5s5alsvnpvkcfunlrjtwx942zmn4'),
('localtest', 'pkh(k)', None,
[2147483648, 2147483648, 2147483659],
'mwJDHFp93fuHZysBwU7RTiFXrJZXXcPuUc'),
# And these on elements ...
('localtest-liquid', 'sh(wpkh(k))', None,
[2147483648, 2147483648, 2147483649],
'AzpnFQq17AnWm4gvL2oHLRucFawmq8VWFyaxfPX3EgrihEdw\
DXWmb1QmA7QrRu5RCy3wDtSe8h9WxKbQ'),
('localtest-liquid', 'wpkh(k)', None,
[2147483648, 2147483648, 2147483650],
'el1qqwud2rtjxwgfxc9wrey504mtjqujrmzsc442zway65gk\
uj2f0mm4xfv8h3sqfz223jxjrj307zyqln2dywxmsvpvs9x2tvufj'),
('localtest-liquid', 'pkh(k)', None,
[2147483648, 2147483648, 2147483651],
'CTEuAWMSL94hM2PbTzoe8TGLjyVkkSgdPFas7eUMouiGk5Q2\
SfzadGnGduPwvoVK1ZpthykJup8A8Eh2'),
# The below are 'speculative' ...
('mainnet', 'sh(wpkh(k))', None,
[2147483648, 2147483648, 2147483657],
'3GzZz4bDVwAgwBZHEoBq2GSqvmokj9e4Jx'),
('mainnet', 'wpkh(k)', None,
[2147483648, 2147483648, 2147483657],
'bc1qpky3r9yuz5gguvuqkrf2dfqtqgutr9evgnjmq6'),
('mainnet', 'pkh(k)', None,
[2147483648, 2147483648, 2147483657],
'12EZzC9ck31rxaFYKbGwVj1gYXsUwfHuWj'),
('testnet', 'sh(wpkh(k))', None,
[2147483648, 2147483648, 2147483657],
'2N8Yn3oXF7Pg38yBpuvoheDS7981vW4vy5b'),
('testnet', 'wpkh(k)', None,
[2147483648, 2147483648, 2147483657],
'tb1qpky3r9yuz5gguvuqkrf2dfqtqgutr9evz4fgmf'),
('testnet', 'pkh(k)', None,
[2147483648, 2147483648, 2147483657],
'mgkXHFEbZ4T7jgjA3AFKKeE1QXUBrX7qQC'),
('liquid', 'sh(wpkh(k))', None,
[2147483648, 2147483648, 2147483657],
'VJLGcUjN2q6HHuNUAQJ2LEASQnr5LkD2DgDwT2vcyQjKhA3B\
5a2VAgp94Gj5rSXYiD6eHmGJmVSHY5xG'),
('testnet-liquid', 'wpkh(k)', None,
[2147483648, 2147483648, 2147483657],
'tlq1qq28n8pj790vsyd6t5lr6n0puhrp7hd8wvcgrlm8knxm\
684lxq6pzjrvfzx2fc9gs3cecpvxj56jqkq3ckxtjc88gqxa6j2cv7'),
# Jade can generate non-confidential addresses also
('localtest-liquid', 'pkh(k)', None,
[2147483648, 2147483648, 2147483657],
'CTEjtdpkvj7mrGtgMTrmDfSnH9DdN9Rzi2tzsxsFNujSU8qh\
YzNnQaWx24j5hX8iWcaZgTZJ6Y3sedLi'),
('localtest-liquid', 'pkh(k)', True,
[2147483648, 2147483648, 2147483657],
'CTEjtdpkvj7mrGtgMTrmDfSnH9DdN9Rzi2tzsxsFNujSU8qh\
YzNnQaWx24j5hX8iWcaZgTZJ6Y3sedLi'),
('localtest-liquid', 'pkh(k)', False,
[2147483648, 2147483648, 2147483657],
'2dafKNiCKbRum9S1u5BYqTByZT5R9zSqcWy')]
# Hold test data in separate files as can be large
QR_SCAN_TESTS = "qr_*.json"
MULTI_REG_TESTS = "multisig_reg_*.json"
MULTI_REG_SS_TESTS = "multisig_reg_ss_*.json"
MULTI_REG_FILE_TESTS = "multisig_file_*.json"
MULTI_REG_BAD_FILE_TESTS = "multisig_bad_file_*.json"
DESCRIPTOR_REG_SS_TESTS = "descriptor_ss_*.json"
SIGN_MSG_TESTS = "msg_*.json"
SIGN_MSG_FILE_TESTS = "msgfile_*.json"
SIGN_IDENTITY_TESTS = "identity_*.json"
SIGN_TXN_TESTS = "txn_*.json"
SIGN_TXN_FAIL_CASES = "badtxn_*.json"
SIGN_LIQUID_TXN_TESTS = "liquid_txn_*.json"
SIGN_TXN_SINGLE_SIG_TESTS = "singlesig_txn*.json"
SIGN_LIQUID_TXN_SINGLE_SIG_TESTS = "singlesig_liquid_txn*.json"
SIGN_PSBT_TESTS = "psbt_tm_*.json"
SIGN_PSBT_SS_TESTS = "psbt_ss_*.json"
TEST_SCRIPT = h2b('76a9145f4fcd4a757c2abf6a0691f59dffae18852bbd7388ac')
EXPECTED_MASTER_BLINDING_KEY = h2b('afacc503637e85da661ca1706c4ea147f1407868c4\
8d8f92dd339ac272293cdc')
EXPECTED_BLINDING_KEY = h2b('023454c233497be73ed98c07d5e9069e21519e94d0663375c\
a57c982037546e352')
TEST_THEIR_PK = h2b('03e7cd9230b30bf53753a43add0e88931bac3be21baa4c6465d9f8da9\
251f2904c')
EXPECTED_SHARED_SECRET = h2b('35801ebd1e62e8698490440861cff2e5bd10cf4aec19b51f\
8ccc7dc910a7e488')
TEST_HASH_PREVOUTS_HEX = '95f17695f6329dbcce2aa0b7f1eaff823b19d64d8737d642d6e6\
147f5ec88342'
TEST_HASH_PREVOUTS = h2b(TEST_HASH_PREVOUTS_HEX)
TEST_REGTEST_BITCOIN = h2b('5ac9f65c0efcc4775e0baec4ec03abdde22473cd3cf33c0419\
ca290e0751b225')
EXPECTED_LIQ_COMMITMENT_1 = {'abf': h2b('42bc9c7025f3df490a208cb362ff220547910\
da1d3e81c63a6e7c28c3a33a993'),
'vbf': h2b('7a6693fde7b88efb8375db618670fb5ccb9b2\
f7e8743b7d772924f0426c5efe6'),
'asset_generator': h2b('0a5cf0a43ad404163946c28b8\
a36d0e5cb4895b0ee386da4cd1008ffc8cb464501'),
'value_commitment': h2b('082d8de9b7f66994abf789b2\
591738331f88a7ddbef4e553bbf123e47677d60099'),
'asset_id': h2b('5ac9f65c0efcc4775e0baec4ec03abdd\
e22473cd3cf33c0419ca290e0751b225'),
'value': 9000000}
EXPECTED_LIQ_COMMITMENT_2 = {'abf': h2b('a3510210bbab6ed67429af9beaf42f09382e1\
2146a3db466971b58a45516bba0'),
'vbf': h2b('6ec064a68075a278bfca4a10f777c730116e9\
ba02fbb343a237c847e4d2fbf53'),
'asset_generator': h2b('0abd23178d9ff73cf848d8d88\
a7c7e269a464f53017cab0f9f53ed9d64b2849713'),
'value_commitment': h2b('094d9a00f1661a2a805a8afe\
c9c188310d4c43353cc319886ee4d9f439389d8f43'),
'asset_id': h2b('5ac9f65c0efcc4775e0baec4ec03abdd\
e22473cd3cf33c0419ca290e0751b225'),
'value': 9000000}
SIGN_IDENTITY_DATA = [
# challenge, identity, index, curve, slip13 pubkey, signature prefixed 0x00, slip17 pubkey
# First test case copied from:
# https://github.com/trezor/trezor-firmware/blob/a3c79bf4f7393386d23fe92210c7bce4d1049280
# /tests/device_tests/misc/test_msg_signidentity.py#L75
# NOTE: slight differnece as we return the *uncompressed* pubkey
# THIS IS THE ONE TRUE TEST (except the ecdh pubkey, which is unverified)
('cd8552569d6e4509266ef137584d1e62c7579b5b8ed69bbafa4b864c6521e7c2',
'ssh://[email protected]', 47, 'nist256p1',
'0473f21a3da3d0e96fc2189f81dd826658c3d76b2d55bd1da349bc6c3573b13ae4d56471\
0ca0bf84b81c6850e916cb94ae9c397b550589da476ace7aee39ebcb37',
'005122cebabb852cdd32103b602662afa88e54c0c0c1b38d7099c64dcd49efe908288114\
e66ed2d8c82f23a70b769a4db723173ec53840c08aafb840d3f09a18d3',
'04248befa95e9dbcf0a2ef7cf6957651ee25a168355590c4c84a6a8601758ca230d397bc\
ba67b4676c3f2711b59083fff9157c16899da6d4ed76f8eaf57a100fa8'
),
# These are 'speculative', just to cover a few more cases for regressions
# ssh
('c16e1456df150491c50722a9d02fa04c74ef065a94f1936f7db029f71138c239',
'ssh://[email protected]', 112, 'nist256p1',
'04a88f160249fd794bdb12fc56896e8dac6bf5e72e33960e2a7d11252f6a93ef28fa183f\
3eca7ac84aa0d2e1488f281dbe4af394fcbeda3ab368e7fe98fc25f16f',
'00d0472ffa6a6b0075b71a60c7abd3faf9f6d49b7bb86bace344e23c68b888ebc273d48b\
62b4af70f2ad1ca213f6886e26d74d31cfbbd7f4ac917af4d243939813',
'04ae7218d72039060c69cf50a17698cfe157905e859d7570663c57099e6cf2946be4f6a3\
11f4c3f349b70edea7a8e18b2c2d354811bc5836c713784f72d4d4c201'
),
('ff732d6499071333f13170d2184054b6dffc1296ca43cb1599a68cea65071e6f',
'ssh://[email protected]', 3754, 'nist256p1',
'0434e451e9bc1bdba24654822277f5960f42cf6d0375629813d41476c499d62f7d971174\
0406834034958b7782ef743b295530e580bd68a1a1ad3de8b6a141c4c0',
'00ce030c73249ac7b53184c7987917f00c290ad3b5617c1c0f0465ff150035a46b288766\
c8594e7f574778402c4df5085bfc0642240200ddbe01c0ec9cd2b46a55',
'04d0ea80cef5fc83d7ac73ae7f33deff8d3b46641d021145cd0d51acf535daa212541315\
630d9e3f99f3adbb652f2178ed7b8190503a3df57dac03c0f9c0ad1d88'
),
# gpg
('bcfc224438bd07742c4a3ad6db530e3f071f93645728e9f69eaee21c2f4ed54a',
'gpg://GreenAddress <[email protected]>', 0, 'nist256p1',
'04741f65f95543b6de0ccfcdc13016e573df52fca14b2b15fd3142930bc4d871cc6375a5\
5e402911d873332b8610f73a4020676462c498268a94434a00bca9691e',
'00010f560db262ee2d82b0032a858d72bb5d927563743af55b3c8514f4c3e353e233e363\
7c172b60b40a48f0c19117ddbd6fc15dcb936430087a86c4db139caa97',
'0425d63b5f4c41af1d8bee7f6419c28e3d39ec637aef1d5694b008cbc03509c8349f290b\
5937e53105f1aaf613bcf6c72b486015546ee08e7d83412f51f94a6e2a'
),
('fa94545d4f18e4cc4655c87869fc8a790a07eb58a3e5b599ab9f7da6d8ab5061',
'gpg://Jade <[email protected]>', 0, 'nist256p1',
'041127ef35e4690ff035e13ebab340ab3fa2327c0409bbed3dbf03b8932777d929bd8ade\
43e3ebceb9fc74c23a32cd0e380d9b529a70ee0e83763e0c7af5f0bb1f',
'000118565f7363337ad72a1c497a1e1de5d336a99b09af8c49b36518e925a0ca517dafff\
b2e95dc777c4d7df504ced12fd668f81a11d14d30033831df1434b59d7',
'043ede5aad3f3171b495b68da5c36d35eb724e4cb3beafa08b529830bf7679b955730684\
7b8f392c6288ce45565c3133301811f5dcfa6e216e4ae2397e22603e52'
)
]
# The tests
def test_bad_message(jade):
bad_requests = [{'method': 'get_version_info'}, # no-id
{'id': '2'}, # no method
{'id': 123}, # bad id type
{'id': '12345'*8}, # id too long
{'method': 'x'*40, 'id': '4'}] # method
for request in bad_requests:
msgbytes = cbor.dumps(request)
jade.write(msgbytes)
# Expect one reject message for the bad (but well formed) input
reply = jade.read_response()
# Returned id should match sent and valid, or '00' if not
assert 'id' in reply
if 'id' in request and \
isinstance(request['id'], str) and \
len(request['id']) < 32:
assert reply['id'] == request['id'] # matches
else:
assert reply['id'] == '00' # default error id
# Assert bad message response
assert 'result' not in reply
error = reply['error']
assert error['code'] == JadeError.INVALID_REQUEST
assert error['message'] == 'Invalid RPC Request message'
assert int(error['data']) == len(msgbytes)
assert 'result' not in reply
def test_very_bad_message(jade):
empty = cbor.dumps(b"")
text = cbor.dumps("This is not a good cbor message")
truncated = cbor.dumps("{'id': '1', method: 'msgwillbecut'}")[1:]
goodmsg = jade.build_request('ent', 'add_entropy', {'entropy': 'noise'.encode()})
for badmsg in [empty, text, truncated]:
# Send the bad message, and after a pause a good message
jade.write(badmsg)
time.sleep(3)
jade.write_request(goodmsg)
# We should receive a bag of errors
# NOTE: we cannot be sure how many messages will be returned exactly,
# but we do know that Jade should reject a total of 'len(badmsg)' bytes.
bad_bytes = 0
while bad_bytes < len(badmsg):
reply = jade.read_response()
# Returned id should be '00'
assert reply['id'] == '00'
assert 'result' not in reply
# Assert bad message response
error = reply['error']
assert error['code'] == JadeError.INVALID_REQUEST
assert error['message'] == 'Invalid RPC Request message'
bad_bytes += int(error['data'])
assert bad_bytes == len(badmsg)
# After the bad bytes have been rejected, we expect to see the reply to the good message
reply = jade.read_response()
assert reply['id'] == 'ent'
assert 'error' not in reply
assert 'result' in reply
assert reply['result'] is True
def test_random_bytes(jade):
# Stream up 1k of random bytes, then a good message after a short pause
# NOTE: use fixed pseudo-random here, so test run is reproducible
random.seed(12345678, 2)
nsent = 0
for _ in range(8):
noise = random.getrandbits(128*8).to_bytes(128, 'little')
jade.write(noise)
nsent += len(noise)
time.sleep(5)
goodmsg = jade.build_request('goodmsg', 'add_entropy', {'entropy': 'somebytes'.encode()})
jade.write_request(goodmsg)
# We should receive a bag of errors
# NOTE: we cannot be sure how many messages will be returned exactly,
# but we do know that Jade should reject a total of 'nsent' bytes.
nreceived = 0
while nreceived < nsent:
# Expect error - count rejected bytes
reply = jade.read_response()
error = reply['error']
assert error['code'] == JadeError.INVALID_REQUEST
assert error['message'] == 'Invalid RPC Request message'
nreceived += int(error['data'])
assert nreceived == nsent
# After the bad bytes have been rejected, we expect to see the reply to the good message
reply = jade.read_response()
assert reply['id'] == 'goodmsg'
assert 'error' not in reply
assert 'result' in reply
assert reply['result'] is True
def test_too_much_input(jade, has_psram):
noise = 'long'.encode() # 4b
cacophony = noise * 4096 # 16k
# NOTE: if the hw has PSRAM it will have a 401k buffer.
# If not, it will have a 17k buffer. Want only 1k left.
# Send the appropriate amount of noise. (400k or 16k)
if has_psram:
cacophony = cacophony * 25 # 25x16 is 400k
# Input buffer would now only have 1k space remaining.
# Add another 1k to fill the buffer
cacophony += noise * 256 # 1k
expected_buffer_size = len(cacophony)
# Then add another 64b to overflow
extra = noise * 16 # 64b
cacophony += extra
# Format as a cbor message, otherwise it gets rejected early, as soon
# as the parser decides the bytes it has are not a valid message.
# See: test_very_bad_message() above.
# Adjust the expected_overflow_len for the cbor overhead
big_msg = cbor.dumps({'method': 'toobig', 'id': 'tohandle', 'params': cacophony})
# Send the message up with 4k writes
# (as if trying to write too much can hit the timeout)
total_len = len(big_msg)
expected_overflow_len = total_len - expected_buffer_size
remaining = total_len
while remaining:
tosend = min(remaining, 4096)
jade.write(big_msg[total_len - remaining: (total_len - remaining) + tosend])
remaining -= tosend
# First we expect to get a response about the buffer-overflow bytes
# ie. one (initial) reject message with a big number in!
reply = jade.read_response()
error = reply['error']
assert error['code'] == JadeError.INVALID_REQUEST
assert error['message'] == 'Invalid RPC Request message'
assert int(error['data']) == expected_buffer_size
# After a short pause send a good message
time.sleep(5)
goodmsg = jade.build_request('trailer', 'add_entropy', {'entropy': 'random'.encode()})
jade.write_request(goodmsg)
# We should then receive a bag of errors
# NOTE: we cannot be sure how many messages will be returned exactly,
# but we do know that Jade should reject a total of 'expected_overflow_len' bytes.
bad_bytes = 0
while bad_bytes < expected_overflow_len:
# Expect error - collect bad bytes
reply = jade.read_response()
error = reply['error']
assert error['code'] == JadeError.INVALID_REQUEST
assert error['message'] == 'Invalid RPC Request message'
bad_bytes += int(error['data'])
assert bad_bytes == expected_overflow_len
# After the bad bytes have been rejected, we expect to see the reply to the good message
reply = jade.read_response()
assert reply['id'] == 'trailer'
assert 'error' not in reply
assert 'result' in reply
assert reply['result'] is True
def test_split_message(jade):
# Simulate transport stream being v.slow
msg = cbor.dumps({'method': 'get_version_info', 'id': '24680'})
for msgpart in [msg[:5], msg[5:10], msg[10:]]:
jade.write(msgpart)
time.sleep(0.25)
reply = jade.read_response()
# Returned id should match sent
assert reply['id'] == "24680"
assert 'error' not in reply
assert 'result' in reply and len(reply['result']) == NUM_VALUES_VERINFO
def test_concatenated_messages(jade):
# Simulate a 'bad' client sending two messages without waiting for a reply
msg1 = {'method': 'get_version_info', 'id': '123456'}
msg2 = {'method': 'get_version_info', 'id': '456789'}
concat_cbor = cbor.dumps(msg1) + cbor.dumps(msg2)
jade.write(concat_cbor)
reply1 = jade.read_response()
reply2 = jade.read_response()
# Returned ids should match sent
for msg, reply in [(msg1, reply1), (msg2, reply2)]:
assert reply['id'] == msg['id']
assert 'error' not in reply
assert 'result' in reply and len(reply['result']) == NUM_VALUES_VERINFO
def test_unknown_method(jade):
# Includes tests of method prefixes 'get...' and 'sign...'
for msgid, method in [('unk0', 'dostuff'), ('unk1', 'get'), ('unk2', 'sign'),
('unk3', 'handshake_init')]:
request = jade.build_request(msgid, method,
{'path': (0, 1, 2, 3, 4),
'message': 'Jade is cool'})
reply = jade.make_rpc_call(request)
# Returned id should match sent
assert reply['id'] == msgid
# Assert unknown method response
error = reply['error']
assert error['code'] == JadeError.UNKNOWN_METHOD
assert error['message'] == 'Unknown method'
assert 'result' not in reply
def test_unexpected_method(jade):
# These messages are only expected as a subsequent message
# in a multi-message protocol.
unexpected = [('protocol2', 'pin',
{'payload': 'abcdef', 'hmac': '1234'}),
('protocol3', 'ota_data', h2b('abcdef')),
('protocol4', 'ota_complete'),
('protocol5', 'tx_input'),
('protocol6', 'get_signature'),
('protocol7', 'get_extended_data')]
for args in unexpected:
request = jade.build_request(*args)
reply = jade.make_rpc_call(request)
# Assert protocol-error/unexpected-method response
error = reply['error']
assert error['code'] == JadeError.PROTOCOL_ERROR
assert error['message'] == 'Unexpected method'
assert 'result' not in reply
def _test_good_params(jade, args):
request = jade.build_request(*args)
reply = jade.make_rpc_call(request)
# Assert all-good response
assert reply['id'] == request['id']
assert 'error' not in reply
assert 'result' in reply
return reply['result']
def _test_bad_params(jade, args, expected_error):
request = jade.build_request(*args)
reply = jade.make_rpc_call(request)
# Assert bad-parameters response
assert reply['id'] == request['id']
assert 'result' not in reply
assert 'error' in reply
error = reply['error']
assert error['code'] == JadeError.BAD_PARAMETERS
assert 'message' in error
assert expected_error in error['message']
return error['message']
def test_bad_params(jade):
GOODTX = h2b(
'02000000010f757ae0b5714cb36e017dfffafe5f3ba8c89ddb969a0ae60d99ee\
7b5892a2740000000000ffffffff01203f0f00000000001600145f4fcd4a757c2abf6a0691f59d\
ffae18852bbd7300000000')
MULTI_COSIGNERS = [
{
"fingerprint": h2b("1273da33"),
"derivation": [44, 2147483648, 2147483648],
"xpub": "tpubDDCNstnPhbdd4vwbw5UWK3vRQSF1WXQkvBHpNXpKJAkwFYjwu735EH3\
GVf53qwbWimzewDUv68MUmRDgYtQ1AU8FRCPkazfuaBp7LaEaohG",
"path": [3, 1]
},
{
"fingerprint": h2b("e3ebcc79"),
"derivation": [2147483651, 2147483649, 1],
"xpub": "tpubDDExQpZg2tziZ7ACSBCYsY3rYxAZtTRBgWwioRLYqgNBguH6rMHN1D8\
epTxUQUB5kM5nxkEtr2SNic6PJLPubcGMR6S2fmDZTzL9dHpU7ka",
"path": [1]
}
]
# Default test user is cosigners[1]
bad_multi_cosigners1 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners1[1]['fingerprint'] = h2b("abcdef")
bad_multi_cosigners2 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners2[1]['fingerprint'] = bad_multi_cosigners2[0]['fingerprint']
bad_multi_cosigners3 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners3[1]['derivation'] = [1, 2, 3, 4]
bad_multi_cosigners4 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners4[1]['path'] = [2147483648]
bad_multi_cosigners5 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners5[1]['xpub'] = bad_multi_cosigners2[0]['xpub']
bad_multi_cosigners6 = copy.deepcopy(MULTI_COSIGNERS)
bad_multi_cosigners6[0]['xpub'] = bad_multi_cosigners6[0]['xpub'].replace('D', 'E', 1)
DESCRIPTOR = 'wsh(pkh(@0/<0;1>/*))'
DESCR_SIGNER = "[e3ebcc79/48'/1'/0'/2']tpubDDvj9CrVJ9kWXSL2kjtA8v53rZvTmL3\
HmWPvgD3hiTnD5KZuMkxSUsgGraZ9vavB5JSA3F9s5E4cXuCte5rvBs5N4DjfxYssQk1L82Bq4FE"
bad_descr_signer1 = '[abcdef' + DESCR_SIGNER[DESCR_SIGNER.find('/'):]
bad_descr_signer2 = '[1273da33' + DESCR_SIGNER[DESCR_SIGNER.find('/'):]
bad_descr_signer3 = '[e3ebcc79/1/2/3/4' + DESCR_SIGNER[DESCR_SIGNER.find(']'):]
trezor_id_test = list(_get_test_cases('identity_ssh_nist_matches_trezor.json'))
assert len(trezor_id_test) == 1
GOOD_ECDH_PUBKEY = trezor_id_test[0]['expected_output']['slip-0017']
bad_params = [(('badauth1', 'auth_user'), 'Expecting parameters map'),
(('badauth2', 'auth_user', {'network': None}), 'extract valid network'),
(('badauth3', 'auth_user', {'network': 1234512345}), 'extract valid network'),
(('badauth4', 'auth_user', {'network': ''}), 'extract valid network'),
(('badauth5', 'auth_user', {'network': 'notanetwork'}), 'extract valid network'),
(('badauth6', 'auth_user', {'network': 'testnet', 'epoch': 'notanumber'}),
'valid epoch value'),
(('badauth7', 'auth_user', {'network': 'testnet', 'epoch': 12345.6789}),
'valid epoch value'),
(('badpin1', 'update_pinserver'), 'Expecting parameters map'),
(('badpin2', 'update_pinserver',
{'urlA': ''}), 'invalid first URL'),
(('badpin3', 'update_pinserver',
{'urlA': '192.168.1.123'}), 'invalid first URL'),
(('badpin4', 'update_pinserver',
{'urlA': 'ftp://192.168.1.123'}), 'invalid first URL'),
(('badpin5', 'update_pinserver',
{'urlA': 'http://192.168.1.123', 'urlB': 'testurl.com:8080'}),
'Invalid second URL'),
(('badpin6', 'update_pinserver',
{'urlA': 'http://192.168.1.123', 'urlB': 'madeup://testurl.com:8080'}),
'Invalid second URL'),
(('badpin7', 'update_pinserver',
{'urlB': 'https://192.168.1.124'}), 'set only second URL'),
(('badpin8', 'update_pinserver',
{'urlA': 'http://192.168.1.123', 'urlB': 'https://192.168.1.124',
'reset_details': True}), 'set and reset details'),
(('badpin9', 'update_pinserver',
{'pubkey': h2b('abc123'), 'reset_details': True}), 'set and reset details'),
(('badpin10', 'update_pinserver',
{'pubkey': h2b('abcdef')}), 'set pubkey without URL'),
(('badpin11', 'update_pinserver',
{'urlA': 'http://192.168.1.123', 'urlB': 'https://192.168.1.124',
'pubkey': h2b('abcdef1234')}), 'Invalid Oracle pubkey'),
(('badpin12', 'update_pinserver',
{'certificate': 'testcert', 'reset_certificate': True}),
'set and reset certificate'),
(('badent1', 'add_entropy'), 'Expecting parameters map'),
(('badent2', 'add_entropy', {'entropy': None}), 'valid entropy bytes'),
(('badent3', 'add_entropy', {'entropy': 1234512345}), 'valid entropy bytes'),
(('badent4', 'add_entropy', {'entropy': b''}), 'valid entropy bytes'),
(('badent5', 'add_entropy', {'entropy': 'notbinary'}), 'valid entropy bytes'),
(('badepoch1', 'set_epoch'), 'Expecting parameters map'),
(('badepoch2', 'set_epoch', {'epoch': None}), 'valid epoch value'),
(('badepoch3', 'set_epoch', {'epoch': ''}), 'valid epoch value'),
(('badepoch4', 'set_epoch', {'epoch': 'notinteger'}), 'valid epoch value'),
(('badepoch5', 'set_epoch', {'epoch': 12345.6789}), 'valid epoch value'),
(('badota1', 'ota'), ''),
(('badota2', 'ota', {'fwsize': 12345}), 'Bad filesize parameters'),
(('badota3', 'ota',
{'fwsize': '1234', 'cmpsize': '123'}), 'Bad filesize parameters'),
(('badota4', 'ota',
{'fwsize': 'X', 'cmpsize': 'Y'}), 'Bad filesize parameters'),
(('badota5', 'ota', # compsize >= fwsize rejected
{'fwsize': 1234, 'cmpsize': 1234}), 'Bad filesize parameters'),
(('badota6', 'ota', # hash unexpected size
{'fwsize': 1234, 'cmpsize': 1111, 'cmphash': b'123'}), 'extract valid fw hash'),
(('badota_delta1', 'ota_delta'), ''),
(('badota_delta2', 'ota_delta', {'fwsize': 12345}), 'Bad filesize parameters'),
(('badota_delta3', 'ota_delta',
{'fwsize': '1234', 'cmpsize': '123'}), 'Bad filesize parameters'),
(('badota_delta4', 'ota_delta',
{'fwsize': 'X', 'cmpsize': 'Y'}), 'Bad filesize parameters'),
(('badota_delta5', 'ota_delta', # compsize >= fwsize rejected
{'fwsize': 1234, 'cmpsize': 1234}), 'Bad filesize parameters'),
(('badota_delta6', 'ota_delta', # hash unexpected size
{'fwsize': 1234, 'cmpsize': 1111,
'patchsize': 1200, 'cmphash': b'123'}), 'extract valid fw hash'),
(('badxpub1', 'get_xpub'), 'Expecting parameters map'),
(('badxpub2', 'get_xpub',
{'notpath': 'X', 'network': 'testnet'}), 'extract valid path'),
(('badxpub3', 'get_xpub',
{'path': 'X', 'network': 'testnet'}), 'extract valid path'),
(('badxpub4', 'get_xpub',
{'path': None, 'network': 'testnet'}), 'extract valid path'),
(('badxpub5', 'get_xpub',
{'path': '', 'network': 'testnet'}), 'extract valid path'),
(('badxpub6', 'get_xpub',
{'path': [None], 'network': 'testnet'}), 'extract valid path'),
(('badxpub7', 'get_xpub',
{'path': ['123', '456'], 'network': 'testnet'}), 'extract valid path'),
(('badxpub8', 'get_xpub',
{'path': ['X', 'Y', 'Z'], 'network': 'testnet'}), 'extract valid path'),
(('badxpub9', 'get_xpub', # path too long
{'path': [0, 1, 2] * 6, 'network': 'testnet'}), 'extract valid path'),
(('badxpub10', 'get_xpub', # path value too large
{'path': [0xFFFFFFFF + 1], 'network': 'testnet'}), 'extract valid path'),
(('badxpub11', 'get_xpub', {'path': [1, 2, 3]}), 'valid network'),
(('badxpub12', 'get_xpub', # network missing or invalid
{'path': [], 'network': 'invalid'}), 'valid network'),
(('badxpub13', 'get_xpub', # network missing or invalid
{'path': [1, 2, 3], 'network': 'invalid'}), 'valid network'),
(('badgetmulti1', 'get_registered_multisig'), 'Expecting parameters map'),
(('badgetmulti2', 'get_registered_multisig',
{'multisig_name': 'notsobad', 'as_file': 'not bool'}),
'Failed to extract valid as_file parameter'),
(('badgetmulti3', 'get_registered_multisig', {'multisig_name': None}),
'invalid multisig name'),
(('badgetmulti4', 'get_registered_multisig', {'multisig_name': 'space is bad'}),
'invalid multisig name'),
(('badgetmulti5', 'get_registered_multisig',
{'multisig_name': 'excessivelylong1'}), 'invalid multisig name'),
(('badgetmulti6', 'get_registered_multisig', {'multisig_name': 'noexist'}),
'does not exist for this signer'),
(('badmulti1', 'register_multisig'), 'Expecting parameters map'),
(('badmulti2', 'register_multisig',
{'network': 'testnet', 'multisig_name': None}), 'invalid multisig name'),
(('badmulti3', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'space is bad'}),
'invalid multisig name'),
(('badmulti4', 'register_multisig',
{'network': 'testnet',
'multisig_name': 'excessivelylong1'}), 'invalid multisig name'),
(('badmulti5', 'register_multisig',
{'network': 'testnet',
'multisig_name': 'test'}), 'extract multisig descriptor'),
(('badmulti6', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'test', 'descriptor': {
'threshold': 2, 'signers': []}}), 'Invalid script variant'),
(('badmulti7', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'test', 'descriptor': {
'variant': 'pkh(k)', 'threshold': 2, 'signers': []}}),
'Invalid script variant'),
(('badmulti8', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'test', 'descriptor': {
'variant': 'wsh(multi(k))', 'sorted': 'Yes', 'threshold': 2, 'signers': []}}),
'Invalid sorted flag value'),
(('badmulti9', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'test', 'descriptor': {
'variant': 'wsh(multi(k))', 'signers': []}}), 'Invalid multisig threshold'),
(('badmulti10', 'register_multisig',
{'network': 'testnet', 'multisig_name': 'test', 'descriptor': {
'variant': 'wsh(multi(k))', 'threshold': 0, 'signers': []}}),
'Invalid multisig threshold'),