mmgen-wallet/test/misc/tool_api_test.py

111 lines
3.3 KiB
Python
Executable file

#!/usr/bin/env python3
#
# mmgen = Multi-Mode GENerator, command-line Bitcoin cold storage solution
# Copyright (C)2013-2022 The MMGen Project <mmgen@tuta.io>
"""
tool_api_test.py: test the MMGen suite tool API
"""
import sys,os
from mmgen.common import *
from mmgen.obj import PrivKey,CoinAddr
keys = [
'118089d66b4a5853765e94923abdd5de4616c6e5118089d66b4a5853765e9492',
'deadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeef',
]
def check_equal(a,b):
assert a == b, f'{a} != {b}'
def msg(*args,**kwargs):
print(*args,**kwargs,file=sys.stdout)
def init_coin(t,coinsym,network,addrtype):
t.init_coin(coinsym,network)
t.addrtype = addrtype
check_equal(type(t.addrtype).__name__,'MMGenAddrType')
msg(f'\n{t.coin} {t.proto.network.capitalize()} {t.addrtype.name.upper()} ({t.addrtype})')
def test_randpair(t):
wif,addr = t.randpair()
wif_chk = PrivKey(proto=t.proto,wif=wif).wif
check_equal(wif,wif_chk)
msg('\n === randwif ===')
msg(' wif:',wif)
msg(' addr:',CoinAddr(proto=t.proto,addr=addr))
def test_wif2addr(t,wif_chk,addr_chk,key_idx):
key_bytes = bytes.fromhex(keys[key_idx])
wif = PrivKey(
proto = t.proto,
s = key_bytes,
compressed = t.addrtype.compressed,
pubkey_type = t.addrtype.pubkey_type ).wif
addr = t.wif2addr(wif)
msg('\n === wif2addr ===')
msg(' wif:',PrivKey(proto=t.proto,wif=wif).wif)
msg(' addr:',CoinAddr(proto=t.proto,addr=addr))
addr_ph = t.privhex2addr(key_bytes.hex())
check_equal(addr,addr_ph)
check_equal(wif,wif_chk)
check_equal(addr,addr_chk)
def test_triplet(tool,coin,network,addrtype,key_idx,wif_chk,addr_chk):
init_coin(tool,coin,network,addrtype)
test_randpair(tool)
test_wif2addr(tool,wif_chk,addr_chk,key_idx)
def run_test():
from mmgen.tool import tool_api
tool = tool_api()
tool.coins
tool.print_addrtypes()
tool.usr_randchars # getter
tool.usr_randchars = 0 # setter
check_equal(tool.usr_randchars,0)
check_equal(f'{tool.coin} {tool.proto.cls_name} {tool.addrtype}', 'BTC Bitcoin L' )
# test vectors from tooltest2.py:
test_triplet(tool,'btc','mainnet','L',0,
'5HwzecKMWD82ppJK3qMKpC7ohXXAwcyAN5VgdJ9PLFaAzpBG4sX',
'1C5VPtgq9xQ6AcTgMAR3J6GDrs72HC4pS1' )
test_triplet(tool,'btc','mainnet','C',0,
'KwojSzt1VvW343mQfWQi3J537siAt5ktL2qbuCg1ZyKR8BLQ6UJm',
'1Kz9fVSUMshzPejpzW9D95kScgA3rY6QxF' )
test_triplet(tool,'btc','mainnet','segwit',0,
'KwojSzt1VvW343mQfWQi3J537siAt5ktL2qbuCg1ZyKR8BLQ6UJm',
'3AhjTiWHhVJAi1s5CfKMcLzYps12x3gZhg' )
test_triplet(tool,'btc','mainnet','B',0,
'KwojSzt1VvW343mQfWQi3J537siAt5ktL2qbuCg1ZyKR8BLQ6UJm',
'bc1q6pqnfwwakuuejpm9w52ds342f9d5u36v0qnz7c' )
test_triplet(tool,'ltc','regtest','bech32',1,
'cV3ZRqf8PhyfiFwtJfkvGu2qmBsazE1wXoA2A16S3nixb3BTvvVx',
'rltc1qvmqas4maw7lg9clqu6kqu9zq9cluvllnz4kj9y' )
test_triplet(tool,'xmr','mainnet','M',1,
'e8164dda6d42bd1e261a3406b2038dcbddadbeefdeadbeefdeadbeefdeadbe0f',
'41i7saPWA53EoHenmJVRt34dubPxsXwoWMnw8AdMyx4mTD1svf7qYzcVjxxRfteLNdYrAxWUMmiPegFW9EfoNgXx7vDMExv' ),
test_triplet(tool,'etc','mainnet','E',1,
'deadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeefdeadbeef',
'c96aaa54e2d44c299564da76e1cd3184a2386b8d' ),
test_triplet(tool,'zec','mainnet','Z',1,
'SKxuS56e99jpCeD9mMQ5o63zoGPakNdM9HCvt4Vt2cypvRjCdvGJ',
'zchFELwBxqsAubsLQ8yZgPCDDGukjXJssgCbiTPwFNmFwn9haLnDatzfhLdZzJT4PcU4o2yr92B52UFirUzEdF6ZYM2gBkM' )
run_test()