def do_multisig(selectors, fuzz_coin=None, fuzz_signature=None):
payments = [
(puzzle_hash_for_index(0), 1000),
(puzzle_hash_for_index(1), 2000),
]
conditions = conditions_for_payment(payments)
pks = [public_key_bytes_for_index(_) for _ in range(1, 4)]
M = 2
puzzle_program = p2_m_of_n_delegate_direct.puzzle_for_m_of_public_key_list(
M, pks)
puzzle_hash = ProgramHash(puzzle_program)
def solution_maker(coin, remote):
print(coin.name())
if fuzz_coin:
coin = fuzz_coin(remote, puzzle_hash)
print(coin.name())
id_condition = make_assert_my_coin_id_condition(coin.name())
delegated_puzzle = p2_conditions.puzzle_for_conditions(
conditions + [id_condition])
delegated_solution = p2_delegated_conditions.solution_for_conditions(
delegated_puzzle, [])
solution = p2_m_of_n_delegate_direct.solution_for_delegated_puzzle(
M, pks, selectors, delegated_puzzle, delegated_solution)
return solution
run_test(puzzle_hash, payments, solution_maker, fuzz_signature)
def default_payments_and_conditions(initial_index=1):
payments = [
(puzzle_hash_for_index(initial_index + 1), initial_index * 1000),
(puzzle_hash_for_index(initial_index + 2), (initial_index + 1) * 1000),
]
conditions = conditions_for_payment(payments)
return payments, conditions
def farm_spendable_coin(remote, puzzle_hash=puzzle_hash_for_index(0)):
run = asyncio.get_event_loop().run_until_complete
r = run(
remote.next_block(coinbase_puzzle_hash=puzzle_hash,
fees_puzzle_hash=puzzle_hash_for_index(1)))
body = r.get("body")
coinbase_coin = body.coinbase_coin
return coinbase_coin
def test_farm_block_one_spendbundle():
REWARD = 10000
unspent_db = RAM_DB()
chain_view = ChainView.for_genesis_hash(GENESIS_BLOCK, unspent_db)
pos = ProofOfSpace(get_pool_public_key(), get_plot_public_key())
puzzle_hash = puzzle_hash_for_index(1)
empty_spend_bundle = SpendBundle.aggregate([])
header, header_signature, body = farm_block(GENESIS_BLOCK,
Signature.zero(), 1, pos,
empty_spend_bundle,
puzzle_hash, REWARD)
coinbase_coin = body.coinbase_coin
conditions = standard_conditions()
spend_bundle = spend_coin(coin=coinbase_coin,
conditions=conditions,
index=1)
header, header_signature, body = farm_block(GENESIS_BLOCK,
Signature.zero(), 1, pos,
spend_bundle, puzzle_hash,
REWARD)
removals = removals_for_body(body)
assert len(removals) == 1
assert removals[0] == list(spend_bundle.coin_solutions)[0].coin.name()
run = asyncio.get_event_loop().run_until_complete
additions, removals = run(
chain_view.accept_new_block(header, unspent_db, REWARD, 0))
assert len(additions) == 4
assert len(removals) == 1
def test_farm_two_blocks():
"""
In this test, we farm two blocks: one empty block,
then one block which spends the coinbase transaction from the empty block.
"""
REWARD = 10000
unspent_db = RAM_DB()
chain_view = ChainView.for_genesis_hash(GENESIS_BLOCK, unspent_db)
assert chain_view.genesis_hash == GENESIS_BLOCK
assert chain_view.tip_hash == HeaderHash(GENESIS_BLOCK)
assert chain_view.tip_index == 0
assert chain_view.unspent_db == unspent_db
pos_1 = ProofOfSpace(get_pool_public_key(), get_plot_public_key())
puzzle_hash = puzzle_hash_for_index(1)
empty_spend_bundle = SpendBundle.aggregate([])
header, header_signature, body = farm_block(GENESIS_BLOCK,
Signature.zero(), 1, pos_1,
empty_spend_bundle,
puzzle_hash, REWARD)
run = asyncio.get_event_loop().run_until_complete
additions, removals = run(
chain_view.accept_new_block(header, unspent_db, REWARD, 0))
assert len(additions) == 2
assert len(removals) == 0
# TODO: check additions
assert additions[1].puzzle_hash == body.fees_coin.puzzle_hash
assert additions[1].amount == 0
chain_view = run(
chain_view.augment_chain_view(header, header_signature, unspent_db,
unspent_db, REWARD, 0))
assert chain_view.genesis_hash == GENESIS_BLOCK
assert chain_view.tip_hash == HeaderHash(header)
assert chain_view.tip_index == 1
assert chain_view.unspent_db == unspent_db
conditions = standard_conditions()
spend_bundle_2 = spend_coin(coin=additions[0],
conditions=conditions,
index=1)
assert validate_spend_bundle_signature(spend_bundle_2)
pos_2 = ProofOfSpace(get_pool_public_key(1), get_plot_public_key())
header_2, header_signature_2, body_2 = farm_block(header, header_signature,
2, pos_2, spend_bundle_2,
puzzle_hash, REWARD)
print(header_2)
print(header_signature_2)
removals = removals_for_body(body_2)
assert len(removals) == 1
assert removals[0] == list(spend_bundle_2.coin_solutions)[0].coin.name()
def do_pubkey(fuzz_coin=None):
payments = [
(puzzle_hash_for_index(0), 1000),
(puzzle_hash_for_index(1), 2000),
]
conditions = conditions_for_payment(payments)
pk = public_key_bytes_for_index(1)
puzzle_program = p2_delegated_conditions.puzzle_for_pk(pk)
puzzle_hash = ProgramHash(puzzle_program)
def solution_maker(coin, remote):
if fuzz_coin:
coin = fuzz_coin(remote, puzzle_hash)
id_condition = make_assert_my_coin_id_condition(coin.name())
return p2_delegated_conditions.solution_for_conditions(
puzzle_program, conditions + [id_condition])
run_test(puzzle_hash, payments, solution_maker)
def test_farm_block_empty():
REWARD = 10000
unspent_db = RAM_DB()
chain_view = ChainView.for_genesis_hash(GENESIS_BLOCK, unspent_db)
pos = ProofOfSpace(get_pool_public_key(), get_plot_public_key())
puzzle_hash = puzzle_hash_for_index(1)
spend_bundle = SpendBundle.aggregate([])
header, header_signature, body = farm_block(GENESIS_BLOCK,
Signature.zero(), 1, pos,
spend_bundle, puzzle_hash,
REWARD)
removals = removals_for_body(body)
assert len(removals) == 0
run = asyncio.get_event_loop().run_until_complete
additions, removals = run(
chain_view.accept_new_block(header, unspent_db, REWARD, 0))
assert len(additions) == 2
assert len(removals) == 0
def farm_block(previous_header, previous_signature, block_number,
proof_of_space, spend_bundle, coinbase_puzzle_hash, reward):
fees_puzzle_hash = puzzle_hash_for_index(3)
coinbase_coin, coinbase_signature = create_coinbase_coin_and_signature(
block_number, coinbase_puzzle_hash, reward,
proof_of_space.pool_public_key)
timestamp = int(1e10) + 300 * block_number
header, body = farm_new_block(previous_header, previous_signature,
block_number, proof_of_space, spend_bundle,
coinbase_coin, coinbase_signature,
fees_puzzle_hash, timestamp)
header_signature = sign_header(header, proof_of_space.plot_public_key)
bad_bls_public_key = BLSPublicKey.from_bytes(public_key_bytes_for_index(9))
bad_eor_public_key = EORPrivateKey(std_hash(bytes([5]))).public_key()
hkp = header_signature.aggsig_pair(proof_of_space.plot_public_key,
HeaderHash(header))
_ = header_signature.validate([hkp])
assert _
hkp = header_signature.aggsig_pair(bad_eor_public_key, HeaderHash(header))
assert not header_signature.validate([hkp])
hkp = body.coinbase_signature.aggsig_pair(proof_of_space.pool_public_key,
body.coinbase_coin.name())
assert body.coinbase_signature.validate([hkp])
hkp = body.coinbase_signature.aggsig_pair(bad_bls_public_key,
body.coinbase_coin.name())
assert not body.coinbase_signature.validate([hkp])
return header, header_signature, body
async def client_test(path):
remote = await proxy_for_unix_connection(path)
# test preimage API failure case
_ = await remote.hash_preimage(hash=b'0' * 32)
assert _ is None
# farm a block
coinbase_puzzle_hash = puzzle_hash_for_index(1)
fees_puzzle_hash = puzzle_hash_for_index(6)
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
coinbase_coin = body.coinbase_coin
r = await remote.all_unspents()
print("unspents = %s" % r.get("unspents"))
# add a SpendBundle
conditions = standard_conditions()
spend_bundle = spend_coin(coinbase_coin, conditions, 1)
# break the signature
if 0:
sig = spend_bundle.aggregated_signature.sig
sig = sig[:-1] + bytes([0])
spend_bundle = spend_bundle.__class__(spend_bundle.coin_solutions, sig)
_ = await remote.push_tx(tx=spend_bundle)
print(_)
my_new_coins = spend_bundle.additions()
coinbase_puzzle_hash = puzzle_hash_for_index(2)
# farm another block, locking in the spend
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
print(header)
print(body)
my_new_coins_2 = tuple(additions_for_body(body))
assert my_new_coins == my_new_coins_2[2:]
# ensure we spent the coin
removals = removals_for_body(body)
assert len(removals) == 1
expected_coin_id = 'dfef63a0c650fb6121f1ecc2e031a46ee4f7d933aaf7b583dfdcd6cd0ba52fdd'
assert repr(removals[0]) == f'<CoinPointer: {expected_coin_id}>'
# add a SpendBundle
input_coin = my_new_coins[0]
conditions = standard_conditions()
spend_bundle = spend_coin(coin=input_coin, conditions=conditions, index=0)
_ = await remote.push_tx(tx=spend_bundle)
import pprint
pprint.pprint(_)
assert repr(_).startswith("RemoteError")
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
print(header)
print(body)
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
r = await remote.all_unspents()
print("unspents = %s" % r.get("unspents"))
r = await remote.get_tip()
print(r)
header_hash = r["tip_hash"]
header = await header_hash.obj(remote)
assert r["tip_index"] == 3
assert r["genesis_hash"] == bytes([0] * 32)
# a bad SpendBundle
input_coin = my_new_coins[1]
spend_bundle = spend_coin(input_coin, [], 2)
_ = await remote.push_tx(tx=spend_bundle)
expected_program_id = "3b8f716b029bc6c658e73ac071a4ed8da2d73b8f4181db37cf1c40527bb27835"
assert str(_) == ("exception: (<Err.WRONG_PUZZLE_HASH: 8>, "
"Coin(parent_coin_info=<CoinPointer: "
f"{expected_coin_id}>,"
f" puzzle_hash=<ProgramPointer: {expected_program_id}>, "
"amount=2000))")
def standard_conditions():
conditions = conditions_for_payment([
(puzzle_hash_for_index(0), 1000),
(puzzle_hash_for_index(1), 2000),
])
return conditions
async def client_test(path):
remote = await proxy_for_unix_connection(path)
# test preimage API failure case
_ = await remote.hash_preimage(hash=b'0' * 32)
assert _ is None
# farm a block
coinbase_puzzle_hash = puzzle_hash_for_index(1)
fees_puzzle_hash = puzzle_hash_for_index(6)
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
coinbase_coin = body.coinbase_coin
r = await remote.all_unspents()
print("unspents = %s" % r.get("unspents"))
# add a SpendBundle
conditions = standard_conditions()
spend_bundle = spend_coin(coinbase_coin, conditions, 1)
# break the signature
if 0:
sig = spend_bundle.aggregated_signature.sig
sig = sig[:-1] + bytes([0])
spend_bundle = spend_bundle.__class__(spend_bundle.coin_solutions, sig)
_ = await remote.push_tx(tx=spend_bundle)
print(_)
my_new_coins = spend_bundle.additions()
coinbase_puzzle_hash = puzzle_hash_for_index(2)
# farm another block, locking in the spend
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
print(header)
print(body)
my_new_coins_2 = tuple(additions_for_body(body))
assert my_new_coins == my_new_coins_2[2:]
# ensure we spent the coin
removals = removals_for_body(body)
assert len(removals) == 1
expected_coin_id = '67476d53f3ce4a19d7bdf5f73c524477ab1721ce68e1eccd76982f226c26e9fa'
assert repr(removals[0]) == f'<CoinPointer: {expected_coin_id}>'
# add a SpendBundle
input_coin = my_new_coins[0]
conditions = standard_conditions()
spend_bundle = spend_coin(coin=input_coin, conditions=conditions, index=0)
_ = await remote.push_tx(tx=spend_bundle)
import pprint
pprint.pprint(_)
assert repr(_).startswith("RemoteError")
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
print(header)
print(body)
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
r = await remote.all_unspents()
print("unspents = %s" % r.get("unspents"))
r = await remote.get_tip()
print(r)
header_hash = r["tip_hash"]
header = await header_hash.obj(remote)
assert r["tip_index"] == 3
assert r["genesis_hash"] == bytes([0] * 32)
# a bad SpendBundle
input_coin = my_new_coins[1]
spend_bundle = spend_coin(input_coin, [], 2)
_ = await remote.push_tx(tx=spend_bundle)
expected_program_id = "cfeeb3a79949bf76dbc13580313c96a3742e31d0a17c55ae70eae502164c7d07"
assert str(_) == ("exception: (<Err.WRONG_PUZZLE_HASH: 8>, "
"Coin(parent_coin_info=<CoinPointer: "
f"{expected_coin_id}>,"
f" puzzle_hash=<ProgramPointer: {expected_program_id}>, "
"amount=2000))")
async def client_test(path):
remote = await proxy_for_unix_connection(path)
payments = [
(puzzle_hash_for_index(0), 1000),
(puzzle_hash_for_index(1), 2000),
]
conditions = conditions_for_payment(payments)
coinbase_puzzle_hash = ProgramHash(puzzle_for_conditions(conditions))
fees_puzzle_hash = puzzle_hash_for_index(6)
r = await remote.next_block(coinbase_puzzle_hash=coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash)
header = r.get("header")
body = r.get("body")
for _ in [header, body]:
hh = std_hash(_)
r1 = await remote.hash_preimage(hash=hh)
assert r1 == bytes(_)
coinbase_coin = body.coinbase_coin
new_coinbase_puzzle_hash = puzzle_hash_for_index(5)
# farm a few blocks
for _ in range(5):
r = await remote.next_block(
coinbase_puzzle_hash=new_coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash,
)
assert "header" in r
# spend the coinbase coin
solution = solution_for_conditions(conditions)
spend_bundle = build_spend_bundle(coinbase_coin, solution)
r = await remote.push_tx(tx=spend_bundle)
assert r["response"].startswith("accepted")
# farm a few blocks
for _ in range(5):
r = await remote.next_block(
coinbase_puzzle_hash=new_coinbase_puzzle_hash,
fees_puzzle_hash=fees_puzzle_hash,
)
assert "header" in r
r = await remote.push_tx(tx=spend_bundle)
assert r.args[0].startswith("exception: (<Err.DOUBLE_SPEND")
r = await remote.all_unspents()
coin_names = r["unspents"]
coin_name = coin_names[0]
assert coin_name == coinbase_coin.name()
unspent = await remote.unspent_for_coin_name(coin_name=coin_name)
assert unspent.spent_block_index == 7
